Missile, Artillery, Hypersonic, Ballistics & Soldier Systems

MISSILE, ARTILLERY, HYPERSONICS, BALLISTICS AND SOLDIER SYSTEMS UPDATE

October 31, 2025 by

Sponsored by Galvion

www.galvion.com

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29 Oct 25. Israel’s IAI shoots for land-based, space-based Golden Dome business. Executives at Israel Aerospace Industries are awaiting news on the U.S. Golden Dome missile shield architecture, hoping that defense leaders here will consider the company’s Arrow interceptor technology for two layers of the project, according to IAI chief executive Boaz Levy. The hopes extend beyond the land-based capabilities of the currently fielded Arrow-3, which could be employed roughly as-is, Levy told Defense News in an interview at the Association of the United States Army annual conference in Washington earlier this month. With some “adaptation,” the Israeli system could also be made to meet the requirements of a series of so-called kill vehicles orbiting Earth in space, ready to pounce on ballistic missiles during the boost phase of their flight, Levy said. The Arrow-3 system is a co-development between Israel and the United States. Israeli officials have pointed to intercepts of Houthi and Iranian ballistic missiles as proof that the system works to adequately defend a territory the size of Israel. The Trump administration’s Golden Dome idea is a different beast altogether, however. Pegged a $175bn dollars and to be completed within three years, President Donald Trump has portrayed it as an impenetrable umbrella that would reliably protect the entirety of the United States against intercontinental missiles from anyone, including nuclear-armed rivals Russia and China. Critics have said the project is doomed to fail under the prescribed budget and timing objectives. In particular, a major engineering and funding challenge lies in fielding a sufficient amount of space-based interceptors capable of catching enemy missiles on their way up, according to a report in The Washington Post. Levy acknowledged that many questions remain on that front. “It still needs to be done for the first time,” he said.

“Technically, it’s feasible, but it will take more time,” Levy said, compared to the more familiar task of integrating land-base interceptors that hit incoming missiles during their flight path through space.

The company is preparing upgrades to the Arrow-3 system, and iterations 4 and 5 later on, that would make the system smarter in discerning which objects actually pose threats during that crucial engagement sequence.

As missiles fired in salvos of hundreds break up in space and release their warhead payloads, there could be thousands of objects floating around at the same time, according to Levy. Object recognition algorithms fused with artificial intelligence will get better over time in discerning between warheads that must be engaged, and missile parts that could be allowed to land on Earth far away from populated areas, he said. (Source: Defense News)

29 Oct 25. Scorpion Light 81mm mobile mortar system from Global Military Products. In the Pacific Ocean on the Hawaiian island of Oahu, soldiers from the U.S. Army’s 2nd Battalion, 35th Infantry Regiment trained and conducted tactical scenarios and simulated combat operations using the Scorpion Light 81mm mobile mortar system from Global Military Products. This effort, part of the U.S. Army’s Transformation in Contact (TiC) 2.0, was held at Schofield Barracks to help enhance the mobility, lethality, operator safety and air transportability of these assets. The TiC 2.0 event, held from Oct. 20-25, provided soldiers with a hands-on opportunity to evaluate next-generation equipment in realistic field scenarios. Without any changes to the formation or concepts of operations, soldiers were able to emplace, fire rounds and displace faster than ever before, with the Infantry Squad Vehicle – Utility (ISV-U) variant able to carry the Scorpion Light 81mm mobile mortar system and 72 mortar rounds.

“Our participation in TiC 2.0 underscored the immense value the Scorpion Light brings to the modern fighting force,” said James Knight, senior manager, Defense Systems and Energetics, Global Military Products. “The soldiers’ feedback was invaluable and further validated the system’s ability to provide rapid, highly mobile, precise and survivable indirect fire. We are proud to be a part of the Army’s mission to field the next generation of combat-effective equipment.”

The tactical scenarios included tactical emplacement and displacement operations, highlighting key features of the Scorpion Light mobile mortar system:

Rapid Deployment and Mobility – The Scorpion Light system, mounted on the ISV-U, demonstrated its ability to emplace, fire and displace in under two minutes. This “shoot and scoot” capability is critical for survivability on a modern battlefield, allowing mortar teams to engage targets and reposition before an adversary can return effective counter-battery fire.

Automated Fire Control System – An advanced digital fire control system enabled rapid, accurate targeting and re-aiming with minimal crew intervention. Soldiers used this capability to engage multiple targets quickly and efficiently during simulated combat operations. The system can also operate with third-party fire control.

Enhanced Capability for Expeditionary Forces – With its ability to be internally transported by a CH-47 Chinook helicopter, the integrated Scorpion Light and ISV-U platform proved its suitability for rapid deployment in remote and austere environments. The event demonstrated how the system can provide critical indirect fire support to light infantry formations. The two Scorpion Light systems will stay in Hawaii to take part in planned Joint Pacific Multinational Readiness Center (JPMRC) training exercises in early November where the system will be transported via C-17 for air insertion to participate in multiple days of combat scenarios. The direct feedback gathered from soldiers during TiC 2.0 is another integral part of the Army’s modernization process. This feedback will directly inform future improvements and guide acquisition decisions for mobile mortar systems. The Scorpion Light’s success in Hawaii follows other recent U.S. evaluations, including a live-fire demonstration with the U.S. Marine Corps at Marine Corps Base Quantico. A version of the same system is also seeing operational success in Ukraine. Scorpion’s modular design and proven capability continue to be recognized across the U.S. and with allied forces seeking mobile, lethal and survivable fire support solutions.

29 Oct 25. ArianeGroup to Bring the M51.3 Into Operational Service

On October 24, 2025, Catherine Vautrin, French Minister for the Armed Forces and Veterans, signed the entry into operational service of the third version (M51.3) of the M51 subsurface-to-surface strategic ballistic missile.
This milestone marks the culmination of ten years of development led by ArianeGroup teams.
ArianeGroup is industrial prime contractor for the M51 strategic missile fielded by France’s Strategic Oceanic Force (FOST), on behalf of DGA.

On October 24, 2025, French Minister for the Armed Forces and Veterans, Catherine Vautrin, announced that the third version (M51.3) of the M51 subsurface-to-surface strategic ballistic missile, developed and deployed by ArianeGroup, is entering operational service.

“This milestone marks the culmination of ten years of development completed on schedule, and within the initially defined budget and quality. Coming just weeks after the notification of the M51.4 development contract, it demonstrates the full expertise of ArianeGroup and its industrial partners in the field of ballistic and space systems”, comments Vincent Pery, Director of Defense Programs at ArianeGroup. “I would like to thank DGA and the French authorities for their confidence in ArianeGroup’s expertise and role as prime contractor. In today’s evolving geopolitical context, deployment of the M51.3 helps ensure the continued credibility of France’s oceanic nuclear deterrent for the coming decade.”

Brought into service in 2010, the M51 is the fifth generation of French ballistic missiles. The M51.1 and M51.2 versions are currently in service and the M51.3 will gradually replace them now that it is entering operational service. This third version successfully completed its qualification flight in November 2023 from the Ballistic Launch Base (BLB) at the DGA-Essais de Missiles test range in Biscarrosse, southwest France.

Over the following two years, efforts focused on validating the missile’s overall performance and demonstrating compliance with nuclear safety requirements in its future operational environment, at Ile Longue and aboard nuclear ballistic missile submarines (SSBNs). Completion of this process, a prerequisite for entry into service, was achieved in September 2025 along with the full M51.3 production ramp-up to prepare for deployment aboard SSBNs.

The M51 missile program follows an incremental development approach to ensure it keeps pace with changes in the geostrategic context and France’s evolving needs. For ArianeGroup, the only European company capable of designing and producing a strategic missile, this means staying at the forefront of technology and maintaining the highest standards of performance.

ArianeGroup is industrial prime contractor for the M51 strategic missile fielded by France’s Strategic Oceanic Force (FOST), on behalf of DGA. In this role, ArianeGroup is active across the program’s lifecycle, including design, production, maintenance and in-service support, as well as end-of-life decommissioning and dismantling. (Source: ASD Network)

29 Oct 25. Russia tests Burevestnik nuclear-powered cruise missile. Russian President Vladimir Putin was briefed on the testing of the Burevestnik nuclear-powered ground-launched cruise missile during a visit to Russia’s Joint Group of Forces at an undisclosed location on 26 October. Chief of the General Staff General Valery Gerasimov reported the test was carried out on 21 October and unlike previous tests involved the missile flying a distance of 14,000 km for 15 hours, which he said was not the limit. He claimed the Burevestnik can evade air and missile defence systems. Putin spoke of further work following the completion of testing to build infrastructure for the weapon and prepare it for combat duty. Gen Gerasimov also reported strategic nuclear forces combat training launches of Yars intercontinental ballistic missiles, Sineva submarine-launched ballistic missiles, and two Kh-102 air-launched cruise missiles. In March 2018, Putin announced Burevestnik as one of several new strategic nuclear weapon systems Russia was developing. For more information, please seeRussia unveils new strategic delivery systems. (Source: Janes)

28 Oct 25. France updates submarine-launched nuclear missile amid arms race. France introduced a modernized version of its M51 submarine-launched strategic ballistic missile, a “major milestone” in the modernization of the country’s ocean-based nuclear deterrent, the Armed Forces Ministry said on Tuesday. The third and latest version of the M51 has new nuclear warheads as well as improved range, accuracy and capability to penetrate enemy defenses, the ministry said in an emailed statement. The M51.3 will be deployed aboard France’s four Le Triomphant nuclear-powered ballistic missile submarines.

“The M51.3 ensures the continued credibility of the ocean-based component in the face of evolving enemy missile defenses,” the ministry said.

The M51 update comes amid what the Stockholm International Peace Research Institute in June described as a dangerous new nuclear arms race, with nearly all nuclear-armed states working to upgrade existing weapons and add newer versions. As potential adversaries such as Russia modernize anti-ballistic missile capabilities, older missile designs could be at great risk of being intercepted. That in turn could diminish France’s ability to guarantee a credible second-strike capability, hurting its nuclear deterrence posture.

Armed Forces Minister Catherine Vautrin signed the operational commissioning of the M51.3 missile on Friday.

“This achievement embodies a major ambition of the 2024-2030 Military Programming Law: to accelerate the modernization of our capabilities and ensure the long-term credibility of our deterrence, the sovereign pillar of our security,” Vautrin said in a social media post.

The upgraded missile also signals France’s determination to maintain what it calls strategic autonomy within NATO. The country keeps its nuclear forces separate from the alliance’s command-and-control structure and decision-making process, though France and the U.K. in July agreed to potentially coordinate their respective deterrents. The M51.3 program was overseen by France’s Directorate General for Armament, with the new TNO-2 warhead developed by France’s Commissariat for Atomic Energy, and with ArianeGroup in charge of missile design and propulsion. The M51 missile has an intercontinental range and carries multiple nuclear warheads, according to the ministry. Each of France’s ballistic missile submarines is equipped with 16 of the missiles, which consist of a solid-propellant three-stage launcher with a weight of more than 50 metric tons and a length of 12 meters, according to ArianeGroup. While the exact range of the missile is undisclosed, ArianeGroup says the M51 reaches an altitude of more than 2,000 kilometers before reentering the atmosphere at speed of Mach 20, carrying its payload over a distance of “several thousand kilometers.”

The M51.3 is estimated to have a range of more than 9,500 kilometers, compared to more than 9,000 kilometers for the previous iteration, according to the Bulletin of the Atomic Scientists. The missile carries four to six multiple independently-targetable reentry vehicles or MIRVs, each with a yield believed to be 100 kilotons, according to the Bulletin. For each warhead, that would be more than six times the yield of the nuclear bomb dropped over Hiroshima in August 1945. Work on the M51.3 started in 2014, while development of the TNO-2 warhead started in 2013, according to the Armed Forces Ministry. ArianeGroup and the DGA completed the first test flight of the M51.3 missile from the Biscarrosse launch site in southwestern France in November 2023. The first version of the M51 ballistic missile became operational in 2010, and the DGA in August tasked ArianeGroup with development of the future M51.4 version. France is also working to replace the Le Triomphant-class submarines starting in the 2030s as part of its nuclear modernization, with Naval Group cutting the first steel for the so-called SNLE 3G program in March last year. France expects to operate the next-generation submarines for nuclear deterrence until the end of the 2080s. As well as updating the ocean-based nuclear-deterrence component, France is working on the air-launched ASN4G hypersonic missile to replace the ASMPA nuclear cruise missile carried by the Rafale fighter jet. The new missile is to be integrated on the future F5 standard of the Rafale. The country is counting on the Future Combat Air System, the French-German-Spanish project marred by infighting between Dassault Aviation and Airbus, to provide the future airborne component of its nuclear deterrence. France has said its requirements for the FCAS aircraft include being able to carry a nuclear weapon and operate from an aircraft carrier. (Source: Defense News)

28 Oct 25. Polska Grupa Zbrojeniowa and Anduril Industries establish cooperation in the field of autonomous air systems for Poland. Polska Grupa Zbrojeniowa S.A. and Anduril Industries today signed a strategic memorandum of understanding to co-develop and manufacture autonomous air systems for the Polish Armed Forces — including a Polish variant of Anduril’s Barracuda-500M cruise missile. The agreement represents a major step toward affordable cruise-missile capability produced in Poland. Under the MoU, Anduril and PGZ will jointly develop and produce a Polish variant of the Barracuda platform that integrates sovereign Polish suppliers from across the PGZ enterprise. The partnership will boost Poland’s defense industrial base, strengthen the nation’s AI-enabled defense apparatus, and create a highly skilled jobs in Poland.

“Today’s agreement is another step towards the development of the Polish defense industry. By combining PGZ’s industrial potential with Anduril’s experience in autonomous systems, we can introduce to our market a solution that meets the requirements of armed forces. This agreement paves the way for technology transfer, joint R&D and equipment development, which will strengthen the security of not only Poland but also the entire eastern flank of NATO. Through its partnership with Anduril, PGZ is opening up to new areas of activity, related to cruise missiles and rocket technology.,” said Adam Leszkiewicz, CEO of PGZ S.A.

“Poland is a key strategic partner for Anduril. Working with PGZ to localize production of the Barracuda demonstrates how allied industry and sovereign suppliers can deliver rapidly scalable, affordable capability to deter aggression,” said Brian Moran, VP Anduril Europe.

The Barracuda family of autonomous air vehicles and cruise missiles is designed for hyper-scale production: a modular, autonomous cruise missile that can be configured with a variety of payloads and targeting modes. Its flexibility and low unit cost are intended to help Poland and Europe to respond proportionally to large-scale missile threats. Activities regarding the joint development of these systems will require U.S. and Polish government approval. PGZ and Anduril will work closely with U.S. and Polish authorities to ensure full compliance with applicable trade compliance rules and regulations. (Source: ASD Network)

27 Oct 25. Initial Concept Review Successfully Finalised for HYDIS. Another key milestone achieved for the European consortium for the Hypersonic Defence Interceptor System After the first contractual milestone, the Solution Space Review successfully held on December 2024, the HYDIS Concept Phase related to the future interceptor concept aimed at counter-acting the current and emerging hypersonic threats, done alongside the Organisation for Joint Armament Cooperation (OCCAR – representing the Granting Authority on behalf of the European Commission and the Contracting Authority representing the Participating States), achieved another key milestone with the Initial Concept Review. With the Steering Committee held on October 24th 2025 at OCCAR offices in Montrouge, HYDIS Consortium, led by MBDA, marked a notable achievement along the path of the current Concept Phase, with the completion of the Initial Concepts Review (ICR). The HYDIS Consortium worked successfully on the down-selection and assessment of the two most promising interceptor concepts, starting from the set of options brought forward from the Solution Space Review. Drawing on the Concept Robustness analysis completed in the first half of 2025, the HYDIS Team has delivered to the participating states DE, FR, IT and NL (*) a comprehensive technical data package. This package includes a detailed value analysis of candidate interceptor concepts, evaluated against the jointly agreed CONOPS and metrics. The project has since converged on a propulsive architecture for both the initial acceleration and mid-course phases and is now advancing investigations into Kill Vehicle designs. Critical to the project’s success and the timely achievement of all planned milestones is the early and proactive engagement of the participating states during the Concept Phase. This has been facilitated through a series of workshops focused on discussing the information provided by the Nations, enabling a consistent and timely alignment on common user requirements. This process will be finalized in early 2026 during the Mission Definition Review. With the ICR milestone achievement, the Project has now entered the third step of the Concept Phase to further mature and assess the interceptor design and allow the down-selection to one concept at the Final Concept Review in 2026. Such progress is the result of the successful cooperation of the 19 Partners of the HYDIS consortium that is pushing forward the technical elements necessary to get to the new interceptor solution. (Source: ASD Network)

27 Oct 25. Castelion Secures Multiple Awards to Integrate Blackbeard. Hypersonic Strike Weapon on US Army and US Navy Platforms. Castelion, a U.S. defense technology company developing affordable, long-range strike weapons, announced today that it has been awarded integration contracts for its Blackbeard weapon system with operational U.S. Army and U.S. Navy platforms. Under these agreements, Castelion will work with both services to integrate the hypersonic Blackbeard weapon system onto operational platforms and demonstrate its capabilities in live-fire tests – advancing the Department of War’s effort to evaluate and accelerate new, cost-effective strike capabilities for conventional deterrence.

“These integration contracts validate that affordability and speed are critical to modern deterrence,” said Bryon Hargis, Castelion’s Chief Executive Officer. “Castelion leads the market designing for manufacturability and rapid iteration, enabling the Department of War to move faster from concept to capability.”

Blackbeard is Castelion’s first long-range, hypersonic strike weapon, designed for mass production and rapid fielding once integration and testing are complete. The system leverages vertically integrated propulsion and guidance subsystems to achieve performance at a fraction of the cost of legacy weapons – supporting the Department’s objective of building credible, non-nuclear deterrent capacity at scale. Castelion continues to collaborate with Government and industry partners to advance the affordability, manufacturability, and readiness of next-generation strike systems for the joint force. (Source: ASD Network)

24 Oct 25. Hyundai Rotem details hypersonic missile and rocket development. South Korean manufacturer Hyundai Rotem, better known for its wheeled armoured fighting vehicles and main battle tanks, took the opportunity afforded by the ADEX 2025 exhibition in Seoul to reveal its work in rocket and hypersonic-missile development. The company showcased its air-launched hypersonic waverider vehicle featuring a dual-mode ramjet propulsion system. This system engages after booster separation and contributes to the vehicle’s ascent and acceleration phase. Thereafter, the ramjets shut down and the waverider glides downrange towards the target area before descending and resuming powered, sea-skimming flight to evade hostile countermeasures.

“The hypersonic vehicle will be able to travel at speeds up to Mach 6,” said a company representative. However, he declined to comment on development timelines, noting that the company has committed to further development with the aim of commencing actual flight testing by the end of the decade.

Hyundai Rotem is partnering with the Korea Research Institute for Defense Technology Planning and Advancement (KRIT), a defence research institute created to support innovation and industry promotion. The company recently won a US$34m contract from KRIT to develop methane rockets to power a South Korean-built alternative to the US-made SpaceX Falcon 9 reusable medium-lift launch vehicle. Hyundai Rotem is taking the lead in this effort, which will run through till 2030, with partner Korean Air developing the engine booster segment.

“We’ve come a long way since the early days of studying and using kerosene-based Russian rocket technology, and progressed to the use of methane propellant,” added the representative.

Besides Hyundai Rotem, Hanwha Aerospace and the government-run Agency for Defense Development successfully tested the scramjet-powered Hycore hypersonic cruise missile in 2024. South Korea’s interest in hypersonic cruise missile capabilities is a response to North Korean hypersonic-missile programmes. The efforts are intended to provide South Korea’s armed forces with a rapid, precision-strike capability against heavily defended and hardened targets in the north. (Source: AMR)

21 Oct 25. Malaysian Army seeks 105mm towed howitzers. Malaysia issued a tender for new 105mm towed howitzers in mid-October 2025, as the Malaysian Army seeks to boost its mobile firepower. The army wants 36 howitzers, and a budget of MYR697.69 m (US$166 m) has been allocated for this procurement. The Malaysian Army also wants integrated fire control systems, designs for a regimental command post vehicle and a technical solution for communications to go with the artillery pieces. The 1st Royal Artillery Regiment (Para) of the 10th Parachute Brigade received 18 Nexter LG1 Mk III 105mm artillery pieces after an order was lodged in 2018. That deal included ERG3 long-range 105mm munitions possessing a 17km range. Nexter partnered with Malaysian firm ADS, which locally assembled the artillery pieces. The Malaysian Army has other regiments equipped with older OTO Melara Model 56 105mm pack howitzers that also need replacing. The figure of 36 howitzers suggests that two such regiments will be equipped. The two main contenders are KNDS France with more of the LG1 Mk III that weighs just 1.65 tonnes, as well as the Boran from MKE in Turkey. Both weapons can be under-slung by helicopters or flown in C-130 Hercules transport aircraft. The 1.745-tonne Boran comes with Aselsan’s Volkan 230/105 digital fire control system, whereas previously delivered LG1s came with Bacara ballistic computers and the Thales AS 4000 fire control solution. Given that this tender is for a significant number of artillery pieces, Malaysia will presumably be looking for local technology transfers, logistical support and an ammunition supply that maximise the involvement of local companies. Malaysia, a country split in two geographically, incorporates the Malay Peninsula and Borneo. Towed howitzers are an ideal way to rapidly move weapons by air or sea between the two land masses, as well as within the jungle-clad interior, as the Malaysian Army prioritises fast-response units. This towed howitzer tender closes on 27 November.

Malaysia had previously expressed interest in refurbished M109A5 self-propelled howitzers from the USA and, latterly, truck-mounted 155mm howitzers. These efforts bore no fruit, and the emergence of this towed howitzer tender may indicate that the 155mm self-propelled howitzer project is on hold. Kuala Lumpur recently allocated MYR21.7 bn (US$5.16 bn) for its 2026 defence budget. Of this sum, MYR7.63 bn will go towards procurements and infrastructure development. Other current acquisition priorities for the Malaysian Army include medium-to-short-range air defence systems (to replace the Jernas/Rapier), very short-range defence systems (to replace assorted Anza Mk II, Igla and FN-6 man-portable systems) and ten vehicles for Malaysia’s peacekeeping battalion in Lebanon before the mission ends in December 2026. (Source: AMR)

24 Oct 25. MBDA to demonstrate Thundart guided rocket system in 2026. Thundart is part of the Long-Range Land Strike programme initiated by the French DGA in 2023. French weapon system manufacturer MBDA has revealed plans to demonstrate firings of Thundart, a long-range guided rocket system, in mid-2026. Developed in partnership with Safran Electronics & Defense, Thundart is part of the Long-Range Land Strike (FLP-T) programme initiated by the French Defence Procurement Agency (DGA) in 2023. While MBDA is known for its ability to mass-produce munitions of considerable scale, Safran Electronics & Defense brings to the table its experience from developing the modular air-to-ground AASM. This expertise has enabled it to provide a guidance kit for the new artillery system. Thundart centres primarily on a ground-to-ground rocket with a range of 150km. It was first introduced to the public at the Eurosatory defence exhibition in 2024. Safran Electronics & Defense and MBDA have joined efforts since last year to respond to the evolving defence needs, prompted by geopolitical shifts like the ongoing conflict in Ukraine. The French Army, amid its re-evaluation of defence strategy, currently relies on nine unitary launchers (LRUs) with a range of 70km. However, the changing global landscape has underscored the urgency to enhance strike capabilities. This necessity coincides with the impending obsolescence of the current LRUs, leading to active exploration of advanced technological solutions. Thundart is a response to these demands, according to MBDA . Technically, the system offers an increase in firepower and saturation capacity, essential for high-intensity conflicts. It has off-road capability, is self-sufficient, and resilient to temperature changes. It can engage fixed or mobile targets and connect to the Army’s information systems, most notably the ATLAS fire control system. Thundart’s fire control system will be adapted from Safran Electronics & Defense’s design currently used on the CAESAR howitzer. Earlier in October 2025, MBDA completed the acquisition of Roxel, bringing the company into its European defence conglomerate by purchasing the remaining 50% stake from Safran in December 2024. (Source: army-technology.com)

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MISSILE, ARTILLERY, HYPERSONICS, BALLISTICS AND SOLDIER SYSTEMS UPDATE

October 24, 2025 by

Sponsored by Galvion

www.galvion.com

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23 Oct 25. US Army reveals formal requirements for howitzer competition. The document, dated Oct. 20, and marked as controlled unclassified information, sheds additional light onto the Army’s plans to host a new competition. The US Army has issued formal requirements for its next self-propelled howitzer, which includes provisions requiring domestic production, a high level of armor and the ability to fire US ammunition, according to a copy obtained by Breaking Defense.

“To survive and support expanded maneuver on a sensor soaked and precision munitions battlefield, our artillery formations require robust and organic fire support with rapid emplacement and displacement, ever increasing range, rate of fire, and reduced sustainment to deliver dominant long-range, massed, and precision fires,” said the directed requirement document.

“To achieve this goal, we will equip two Transformation in Contact units with advanced weapons systems that include both firing platforms and mated, substantial resupply capabilities from available manufacturers,” it added.

The document, dated Oct. 20, is marked controlled unclassified information and supports a recently released request for information (RFI) for a self-propelled howitzer.

One industry source said that this new requirements document closely mirrors an earlier version released in mid-2024 that Breaking Defense has not obtained or viewed. However, the source highlighted two changes from that earlier document: a “domestic production” clause for both the howitzer and resupply vehicle, and a provision that the howitzer can fire US ammunition. Both of those items are notable since there are a line of foreign competitors deciding if they will bid on the program, including Israel’s Elbit Systems, South Korea’s Hanwha, Germany’s Rheinmetall and a team-up of US-based Leonardo DRS and European land defense specialist KNDS. US prime contractor General Dynamics is also a likely contender, as is British BAE Systems through its American subsidiary that currently produces the Army’s M109A7 Paladin Integrated Management (PIM) program. The RFI released in late September asked interested companies to describe their onshore production capacity, but this requirements document solidifies domestic production as a key component of the competition. Of course, a production requirement is not a death knell for any foreign-based firm that wants to take part. For instance, Mike Coulter, Hanwha’s defense head, told Breaking Defense last week that he’s not concerned about any domestic requirement that could emerge with its offering.

“Our intent is to create capacity, build them here,” he said during an interview in Washington, although “I don’t think we have fully fleshed out options. We have not committed to a plan.”

Tracked Vs Wheeled Requirements

The requirements document also includes a call for the new howitzer to be as heavily armored as the currently fielded M109A7, while also providing increased “mobility & transportability.” Getting that level of armor and mobility could prove to be a tricky needle to thread. Traditionally, wheeled vehicles are lighter and built more for roads, while tracked vehicles are associated with heavier vehicles that more easily maneuver in muddy conditions. The source speculated that the mention of armor equivalent to the M109A7, could be a sign the Army prefers a tracked system or the upgraded M109A7. (Of the currently known competitors, Hanwha’s K9 is the only tracked option while BAE is still producing the M109A7.)

The requirements document also includes:

A sustainment provision for a platform that delivers higher levels of reliability, availability, and maintainability to ensure sustained combat operations and minimize logistical burden/cost.
A mobility provision for air/sea/rail/road transport and on/off-road mobility performance up to that of HIMARS.
The requirement for a weapon that can reach “max range massed lethal effects” up to 58km (36 miles) and precision fires up to 70km (43.5 miles) and a min range of 4km (2.5 miles).
The platform should be able to store more than three precision rounds (e.g., Excalibur) and be able to fire at least six rounds per minute unguided and three rounds per minute if guided.

After scrapping internal development of the Extended Range Cannon Artillery platform, Army officials embarked on a world tour last year searching for existing self-propelled howitzers. After seeing offerings from five companies — BAE Systems, Elbit Systems, General Dynamics, Hanwha and Rheinmetall — the Army announced plans to launch a competition to pick an existing platform rather than embarking on development of an entirely new weapon.

However, that competition was temporarily placed on hold as part of the Army Transformation Initiative. Then in late September, the service launched forward and released the RFI.

The RFI, authored by the Program Executive Officer for Ground Combat Systems, called on vendors to offer solutions that will “likely involve temporarily” providing their howitzer systems to brigades participating in the Army’s Transformation in Contact (TiC) initiative — the service’s push to rapidly test new equipment with units both inside the US and abroad to understand how that technology will operate in real-world environments. (Source: Breaking Defense.com)

23 Oct 25. Estonia plans to procure Chunmoo and more HIMARS MRLs. Estonian Minister of Defence Hanno Pevkur and his South Korean counterpart, Ahn Gyu-back, signed a defence co-operation agreement in Seoul, South Korea, on 23 October for Estonia to purchase South Korean K239 Chunmoo multiple rocket launchers (MRLs), the Estonian Ministry of Defence (MoD) announced in a press release later the same day. The ministry expects the agreement to result in tens of millions of euros in direct investments in the Estonian defence industry. The Estonian MoD placed the procurement in the context of Estonia rapidly increasing its deep-strike capability to potentially be able to wage war on enemy territory and to provide national and NATO deterrence and defence capabilities.

“To this end, it is necessary to increase Estonia’s deep-strike capability with additional rocket launchers,” Pevkur said. “We began developing our deep-strike capability with the acquisition of US HIMARS rocket launchers, and we have also agreed with the US on the acquisition of additional HIMARS [High Mobility Artillery Rocket System] units, for which we are currently awaiting exact delivery dates from the US. To further strengthen its deep-strike capability, the [Estonian] Defence Forces [EDF] have selected Chunmoo rocket launchers manufactured by a South Korean company.”

Pevkur noted that Poland has a similar solution based on US MRLs and Chunmoo. Poland has a framework contract with Hanwha for 290 Chunmoo systems running from 2023 to 2029. (Source: Janes)

22 Oct 25. Integration of the SPEAR missiles onto the KF-21 Boramae fighter. After an agreement signed in June 2023 between MBDA and Korean Aerospace Industries (KAI), a new milestone has been achieved on October 20th 2025, with the signing of a Memorandum of Understanding (MoU) for the integration of the SPEAR Air-to-Ground missile onto the KF-21 Boramae fighter jet. Announced during Seoul ADEX 2025, this MoU represents reinforced cooperation between MBDA and KAI, and will strengthen the KF-21’s precision-strike capability, combining KAI’s next generation fighter with MBDA’s expertise in complex weapon systems. Already equipped with the METEOR Air-to-Air missile, the Korean KF-21 fighter jet will have enhanced air-to-ground capability, with the integration of the SPEAR. This is MBDA’s latest capability for providing a low collateral damage precision effect, enhanced platform/weapon survivability, a high load out for increased persistence.Powered by a turbojet engine, and with a fitted with a precision effects warhead, plus an advanced multi-sensor seeker, the SPEAR missile can engage beyond the horizon a wide range of target types, both on land and at sea. Following the June 2023 agreement, this MoU reinforces the strong partnership between both companies, who have shown dedication and common goal to further explore new opportunities for the integration of new MBDA weapons onto KAI platforms. (Source: Defense Arabia)

22 Oct 25. ADEX 2025: Taurus unveils new missile for internal weapons bays of stealth aircraft. Taurus Systems has unveiled a new air-launched cruise missile that is capable of being carried internally in a future variant of the Korea Aerospace Industries (KAI) KF-21 ‘Boromae’ fighter aircraft, as well as smaller KAI FA-50 light combat aircraft. Known as the KASOM (Korean Advanced Stand Off Missile), the new platform is smaller than Taurus’ KEPD 350, according to Taurus. A mock-up of the new missile was shown for the first time at the Seoul International Aerospace & Defence Exhibition (ADEX) 2025, which is being held from 17 to 24 October. A company source described the KASOM programme as “an extension” of the previous KEPD 350K-2 – an all-weather missile project – which was being pitched to South Korea and other countries. Taurus was developing the KEPD 350K-2 to arm light and short-range fighters such as the FA-50. KASOM will have a length of 4 m and a width of 950 mm, according to Taurus. This reduction in size also reduces the weight of the missile to 2,000 lb (970 kg), according to a company brochure. The KEPD 350 has a weight of 3,086 lb (1,400 kg). KASOM retains the same top speed (Mach 0.6–0.95) of the KEPD 350, the brochure added. KAI has not officially released specifications for the internal weapons bay of the future KF-21EX (Extended) fifth-generation variant. However, Janes understands that the size will be comparable to the dimensions of the weapons bay in the Lockheed Martin F-35A. (Source: Janes)

21 Oct 25. Israel Aerospace Industries (IAI), a global leader in defense and aerospace, has introduced its latest addition to the LAHAT family of Laser-Homing Anti-Tank missiles: LAHAT ALPHA. This next-generation system addresses the growing market demand for cost-effective precision missiles with an extended operational range of over 20 km. Designed for stand-off engagement, LAHAT ALPHA provides forces with the ability to engage high-value targets. Fired from beyond line of sight (BLOS), LAHAT ALPHA is launched by vehicle or helicopter and follows a laser spot designated by ground or airborne laser designators. The system is easy to operate, requiring less than one week of training for operators. As proven in the latest conflicts around the globe, laser-homing technology is considered a more reliable guidance method, as it enables forces to overcome the challenges of GPS denial and limited line of sight. LAHAT ALPHA is a 2-meter-long, 25 kg missile that includes a large warhead, which comes in variations of anti-tank and fragmentation. It can destroy tanks, penetrate structures, neutralize coastal targets and strike fast-moving targets. Based on the LAHAT missile heritage, operationally proven in the last three decades, LAHAT ALPHA benefits from IAI’s experience in laser-homing munitions and battlefield-proven missiles deployed with numerous land, naval and air forces around the globe, including the IDF.

President and CEO of IAI, Boaz Levy: “LAHAT ALPHA reflects IAI’s dedication to delivering proven capabilities that address modern army needs for volume and precision at extended ranges. We are proud to unveil a missile that was developed based on decades of knowledge in missiles and laser homing technology. This development reinforces our role in ensuring our customers’ readiness for future challenges.”

EVP and General Manager of Systems, Missiles and Space Group at IAI, Guy Barlev: “LAHAT ALPHA was developed to meet our customers’ requirements, adding range and lethality to a highly effective, proven missile, meeting the global demand for powerful and competitively priced missiles.”

08 Oct 25. FN America, LLC has delivered test and evaluation samples of two all-new weapon systems – LICC-IWS and LICC-AMG – along with ammunition as part of a long-term development contract with the Department of Defense’s Irregular Warfare Technical Support Directorate (IWTSD). FN also conducted new equipment training (NET) and armourer’s training for both systems to demonstrate maintenance at the unit level. FN America developed the weapon systems with feedback from individual operators, based on the US Government goal of providing overmatch against near-peer threats. The systems were recently assigned National Stock Numbers (NSN), simplifying the acquisition process. The LICC-IWS programme is comprised of the 6.5×43 LICC (Lightweight Intermediate Caliber Cartridge) ammunition, the LICC-IWS (Individual Weapon System) with FN IPC (Improved Performance Carbine), purpose-built magazine and signature suppressor. The LICC-AMG is based on the success of the prototype LICC ammunition and LICC-IWS system and is comprised of the LICC-AMG (Assault Machine Gun) belt-fed machine gun, signature suppressor, family of common ammunition, and lightweight links. Multiple users will test the operational samples, providing critical feedback to aid FN and IWTSD in the final development of the systems.

“FN’s ultimate goal is to advance from development into production and field a final solution that provides operators a system that is easier to operate, more accurate and more effective than anything available today,” said Mark Cherpes, President and CEO for FN America. “After this test and evaluation phase, our plan is to take user feedback, fine-tune the systems and move into low-rate initial production.”

LICC Weapon Systems and Ammunition: FN designed the LICC individual weapon system to improve lethality, accuracy, durability, balance and handling over the M4A1. The improved performance derives from a new 6.5×43 LICC lightweight ammunition, based on the US Army Marksmanship Unit’s .264 USA; a 25-round purpose-built, polymer magazine; a signature suppressor, and the FN IPC. The FN IPC features a completely new architecture, well-suited to meet the challenging programme requirements and address the feedback from operators who have contributed since the beginning of the programme. The LICC-IWS IPC handles much like an M4A1 but with key improvements to deliver a fully ambidextrous platform with unique takedown method and highly adjustable buttstock, which allows for user-selectable left- or right-hand side fold capability. It operates from a robust long-stroke gas piston system and features multiple buffers that reduce felt recoil, resulting in an extremely soft shooting weapon. Additionally, it features a unique self-regulating gas system with on-off capability, and newly patented bullet technology developed from efforts to mature the 6.5×43 cartridge, that greatly improve system reliability and accuracy.

The LICC-IWS has been developed and is being tested in three different barrel-length models – a 12.5” Close Quarters Battle option, a 14.5” Carbine option and an 18.0” Designated Marksmanship Rifle option (REECE).

“Initial test firing results from the US Army Marksmanship Unit and other operators show that the accuracy of the LICC-IWS is consistently two times better than the M4A1,” said Jim Williams, Vice President, Military Programs for FN America. “Additionally, the LICC-IWS handles like the M4A1, yet remains soft shooting when firing the new 6.5×43 lightweight ammunition.” (Source: joint-forces.com)

17 Oct 25. Uncrewed systems have become a central focal point of modern military power in the last several decades: uncrewed ground robotics, uncrewed aircraft systems (UAS), uncrewed surface and subsurface vessels and now, launched effects (LE). Textron Systems has over three decades of expertise in designing, integrating and manufacturing these uncrewed systems across domains, with continuous investments and developments made to our portfolio to support the evolving battlefield. Building on our expertise and the needs of modern warfare, the newest addition to our uncrewed systems portfolio is the Damocles launched effect. Launched effects are purpose-built systems designed to autonomously or semi-autonomously deliver kinetic or non-kinetic payloads, with a focus on three interlocking priorities: precision lethality and targeting, safety for friendly forces and non-combatants, and the ability to manufacture and operate at scale. These priorities support the US military and its allies by equipping them with the modular and agile tools needed for deterrence and escalation management in peer warfare environments. Previous mission scenarios would require soldiers to be stationary in line of sight, waiting for the adversary to come within range, then utilise many rounds of artillery to defeat enemy vehicles which puts soldiers at much higher risk and increases inefficiency and cost per target. With launched effects, soldiers can send the systems far beyond-line-of-sight (BLOS) to engage the target without putting themselves at risk.

The ability to defeat the intended target reliably, while minimising the need for repeat engagement, enhances mission outcomes and reduces the number of sorties and supporting assets required to achieve objectives.

The capability to manufacture and operate launched effects at scale turns tactical successes into broader strategic advantages. Modular designs, common components and dual-use manufacturing techniques help shorten production times and lower unit costs.

Textron Systems’ Damocles launched effect is built with a Modular Open Systems Approach (MOSA), allowing the integration of various payloads to support different Concepts of Operations (CONOPS), such as electronic warfare effects. This modularity ensures that the Damocles launched effect can be swiftly adapted to evolving mission requirements and operational scenarios, providing flexible and scalable solutions for joint forces and allied nations. Textron Systems equips the Damocles launched effect with its advanced GEN2 Explosively Formed Penetrator (EFP). This provides the ability to penetrate and defeat a modern battle tank, equipped with protection systems and reactive armour, with a unitary munition for mission-critical operations. High-precision effects also improve tactical flexibility for strategic terrain-shaping missions. Equipped with autonomous tracking capabilities and advanced artificial intelligence, Damocles launched effect ensures accurate targeting and effective execution in complex environments. Robust testing, redundant guidance, hardened communications and cyber-resilient command-and-control reduce risks of failures or adversary manipulation of launched effect systems. Safety protocols, such as human-in-the-loop mission supervision and decision-making, are essential for maintaining operational security. The Damocles launched effect includes additional features to prevent unexploded ordnance (UXO) on the battlefield, enhancing safety during and after conflict. This feature is particularly critical in reducing post-conflict hazards and ensuring a safer operational environment for friendly forces and non-combatants. As the US Army and its allies continues its development and demonstration of launched effects capabilities, systems like the Damocles launched effect remain pivotal in shaping the future landscape of military operations. (Source: joint-forces.com)

20 Oct 25. Hanwha unveils new loitering munition missile for Chunmoo. Hanwha Aerospace is developing a new missile that can launch a loitering munition for the Chunmoo (multicalibre) multiple rocket launcher (MRL) system. Designated as the L-PGW100, the new missile is capable of being launched from a standard Chunmoo MRL, a project official told Janes during the Seoul International Aerospace and Defense Exhibition (ADEX) 2025 held in South Korea from 17 to 24 October. The incorporation of the L-PGW100 with the MRL comprises phase three of the Chunmoo system (or Chunmoo 3.0), according to a video shown by Hanwha Aerospace at the exhibition.

“We began this missile project in 2024, and our goal is to complete the project in 2029,” the project official said, adding that the loitering munition has been integrated with Hanwha Aerospace’s existing 239 mm CGR-080 missile that is employed by the Chunmoo MRL family of systems.

“All types of strike roles can be achieved by the Chunmoo family of systems. This new Chunmoo 3.0 combines a loitering munition missile that can be used by the family,” the official added.

While the loitering munition does not yet have a name, it resembles the AeroVironment Switchblade 600. However, the project official added that the munition is wholly developed within Hanwha Aerospace. The munition is equipped with a datalink system and Hanwha’s in-house HAIM 1500 inertial measurement unit (IMU), GPS/inertial navigation system (INS) sensors, and an electro-optic/infrared (EO/IR) payload, according to the project official. (Source: Janes)

20 Oct 25. India fires Nag Mk 2 ATGM from Zorawar light tank. India’s state-owned Defence Research and Development Organisation (DRDO) has fired Nag Mk 2 anti-tank guided missile (ATGM) for the first time from the Indian Light Tank (ILT), also known as ‘Zorawar’. The office of the minister of defence of India said in its official social media post on 17 October that the firing undertaken by the DRDO has achieved “all performance objectives, including the range, manoeuvrability for top-attack mode, and accuracy”. However, the post did not provide any additional information regarding the parameters and results of the firing activity. According to the Ministry of Defence, the ILT is developed by DRDO’s Combat Vehicles Research and Development Establishment (CVRDE) and its production partner Larsen & Toubro (L&T). Janes has previously reported that the Zorawar light tank prototype, which was unveiled at Defexpo 2022, is powered by a Cummins 750/1,000 hp engine and is fitted with a modified John Cockerill 3105 turret. The platform weighs 25 tonnes. The modified turret fitted to the Zorawar light tank integrates a lightweight remotely operated weapons system (ROWS) fitted on a rotating pedestal mount. The ROWS is equipped with a 12.7 mm machine gun, and the ammunition feed is from a magazine located on the right-hand side of the weapon station. The turret also houses an ATGM launcher on its right-hand side. It is mounted with four banks of four smoke dischargers, with two in the front and two at the rear facing sideways. In comparison, a standard Cockerill 3105 turret comes fitted with only two banks of four smoke dischargers in the front. (Source: Janes)

17 Oct 25. India fears its ballistic missiles are outmatched by China’s. Worried by China’s growing arsenal of ballistic missiles, India is responding with a plan to create a joint rocket force that would control and expand the country’s non-nuclear missiles. But the proposed Integrated Rocket Force, or IRF, has been beset by delays and may be outgunned by Chinese missiles. The mismatch could place India in a dilemma: either endure Chinese missile strikes deep inside India without the ability to retaliate, or escalate to nuclear weapons.

“The IRF is aimed at addressing a conventional war-fighting asymmetry that India has against China,” Debak Das, a professor of peace and security at the Univ. of Denver, told Defense News. “Using a rocket force dedicated to conventional military action will likely allow India space to militarily engage the PLA along the LAC [Line of Actual Control, or the Sino-Indian border] without escalation to the nuclear level.”

However, the IRF – first proposed in 2021 – has yet to materialize.

“The IRF, envisioned primarily as a conventional missile force geared mostly for tactical strike missions, is still theoretical,” wrote Kartik Bommakanti, a researcher for the Observer Research Foundation, an Indian think tank.

The IRF would be a joint army-navy-air force organization that in some ways mirrors the People’s Liberation Army Rocket Force, which is a branch of the Chinese military. But unlike the PLARF, the IRF would be responsible for conventional rockets, with India’s ICBMs and IRBMs remaining under the Strategic Forces Command. The IRF would be armed with an array of missiles, including the Brahmos cruise missile, the ship-based Long-Range Land Attack Cruise Missile, the Pinaka multiple rocket launch system, and the Pralay tactical ballistic missile. But these weapon can’t reach more than 500 kilometers, or only enough to reach the Tibet plateau and other areas close to the border. However, China’s ballistic missiles, such as the DF-26 and DF-100, have ranges up to 2,000 kilometers. Chinese missiles “can strike across the great depth of the Indian land mass even when launched from deep within the Chinese mainland,” Bommakanti wrote. In contrast, “most of China’s economic and industrial hubs are located in central and eastern parts of the country, which need to be rendered vulnerable with Indian missiles that have an extended range.” Indeed, China’s arsenal of 3,500 missiles – which has surged 50% over the past four years – has emerged as one of the potent factors in Asian security. Taiwan fears a deluge of rockets if China invades, while the U.S. worries that key bases such as Guam would be devastated by missile salvoes. For India, the question is the impact of Chinese missiles if another conflict erupts along the 2,100-mile Sino-Indian border. Conflicting territorial claims led China and India to fight a brief war in 1962 – which China won – followed most recently by border clashes in 2020 and 2022. Amid Himalayan mountains as high as 28,000 feet, large-scale ground combat operations would be a nightmare. But as in the Ukraine war, long-range munitions can hit supply depots, headquarters, bridges, and critical infrastructure such as the electrical grid. Bommakanti suggests that India could use the Agni-5 – a 5,000-kilometer IRBM currently assigned to India’s nuclear forces – for conventional missions, as well as developing a long-range Indian hypersonic weapon. But he argues that there needs to be an organization to coordinate Indian non-strategic missiles.

“Without an IRF, clear priorities cannot be established, and all missile capabilities related to ballistic, cruise, and hypersonic projectiles with longer ranges cannot be integrated, deployed, or launched effectively in the event of military hostilities against the PRC [People’s Republic of China].”

Still, the IRF may face problems such as rivalry between services reluctant to give up control of their missiles.

“Many of IRF’s initial assets will come from the army and air force, and there appears to be concerns among Indian defense analysts about whether IRF will only control the missiles and rockets or the launching, communication, and intelligence systems that come with them as well,” noted an essay by the Center for Strategic and International Studies, a U.S. think tank.

Either way, the prospect of two nuclear-armed powers launching missiles – even without nuclear warheads – is almost apocalyptic.

“So far, there has been no public discussion about the conventional deep strike capability against Chinese strategic infrastructure,” Das said. “The problem with adopting such a doctrine is that China could do the same against India.”

There is also the question of India’s other strategic worry: a nuclear-armed Pakistan. Though the IRF is aimed at China, it has also rattled the Pakistanis, who recently announced the creation of the Army Rocket Force. “This is a response to India’s IRF announcement,” said Das. “Islamabad will likely try to minimize any asymmetry it has with India as its conventional rocket forces mature.”

In the end, a China-India missile competition may come to an existential question: Can two nuclear powers fire conventional missiles at each other’s homeland without escalation to thermonuclear war?

“While New Delhi might hope that this [the IRF] will decrease Beijing’s appetite for low level skirmishes along the Line of Actual Control, it is not clear if this will ultimately be the case,” said Das. “India is still a ways away from being at parity with China along some of these vectors of conventional strength. So until we see ideas like the IRF mature, it is difficult to say if they will be effective in keeping peace.” (Source: Defense News)

17 Oct 25. SOCOM wants a drone-launched fire-and-forget missile. U.S. Special Operations Command wants a small, jam-proof, fire-and-forget missile that can be launched from medium-sized drones. The goal of the Symbiotic UAS Delivery System, or SCBDS, project is to develop a missile small enough to “allow special operations soldiers to conduct multiple fire and forget kinetic strikes” from a Group 2 or 3 drone that has advanced target recognition capabilities, according to the Army Small Business Innovation Research solicitation. This means launch UAVs with a maximum takeoff weight between 21 and 1,320 pounds.

“The munition will have a range of [greater than] 4 kilometers, be self-propelled, and be capable of conducting kinetic anti-personnel and/or anti-material strikes without post-launch guidance input from the Group 2/3 platform it was launched from,” said the solicitation, which closed last month.

The missile would be small, with the system’s total weight not exceeding five pounds, including two pounds of “useful kinetic payload,” the SBIR said. It should also have a minimum speed of 100 kilometers per hour, and an accuracy of within five meters of the target, even in a GPS-denied environment. A major goal of SCBDS is to develop a weapon that can function amid the cacophony of jamming that already has proven highly disruptive in the Ukraine war. Heavy Russian jamming of GPS, in particular, has sharply reduced the effectiveness of GPS-guided munitions such as ATACMS, HIMARS and Excalibur. British experts estimated that Ukraine was losing 10,000 drones per month in 2023, largely due to Russian jamming.

Thus, the imperative for fire and forget.

“After initial targeting data is provided to munition, the munition must be capable of guiding to designated target without RF [radio frequency] control or satellite PNT [position, navigation and timing],” the SBIR specified. “Means of communication and control can be included with the munition but it cannot be dependent on a data link to successfully prosecute a target.”

The SBIR suggests that computer vision — in which AI interprets visual data — will be key to the project. The U.S. Army Special Operations Command’s Science and Technology team “anticipates that the solution will incorporate low-SWAP IMU [a small inertial navigation unit] in coordination with a computer vision/pixel lock technology,” the SBIR noted. Ukraine and Russia have responded to jamming by fielding drones guided by fiber-optic cables that can’t be jammed. But a fire-and-forget missile with onboard guidance — and compact enough to be carried by a smaller drone like the 40-pound MQ-27 ScanEagle — would be very useful, not least to special operations troops who might not have easy access to air support. A Hellfire missile, for example, weighs around 100 pounds, which requires larger launch UAVs such as the Group 5 MQ-9 Reaper. SCBDS appears to reflect “lessons drawn directly from the war in Ukraine,” Kelly Grieco, a researcher at the Stimson Center think tank, told Defense News. “In today’s electronic warfare environment, small drones with ATR [advanced target recognition] are increasingly being developed and deployed to help identify and home in on targets, especially in the last mile of attack.”

“The real challenge is making those algorithms reliable under battlefield conditions, particularly against a thinking adversary who uses deception,” Grieco added.

Phase I of the project will involve a feasibility study, followed by a Phase II prototype and Phase III commercialization of the technology.

“With the proliferation of UAS-based delivery in the commercial markets, this technology has potential application in that space,” the SBIR said.

In addition, the SBIR predicts that the project will enable improved commercial drone-based bridge inspection. SCBDS “has potential use cases in UAS-based infrastructure inspection and hazardous substance detection “due to the anticipated computer vision requirements associated with this technology.” (Source: Defense News)

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MISSILE, ARTILLERY, HYPERSONICS, BALLISTICS AND SOLDIER SYSTEMS UPDATE

October 17, 2025 by

Sponsored by Galvion

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17 Oct 25. Thailand boosts its close air support with AT-6TH Wolverines. The AT-6TH Wolverine is well suited for delivering close air support in permissible and lower-intensity environments. (RTAF) The Royal Thai Air Force (RTAF) formally commissioned its eight Beechcraft AT-6TH Wolverines into service on 4 September, four years after placing an order for the light attack and armed reconnaissance aircraft. Announced in November 2021, the US$143 million acquisition made the country the first international customer of the type. The AT-6TH is Thailand’s designated variant of the AT-6E, an armed version of the T-6 Texan II turboprop trainer of which the kingdom also operates twelve for basic pilot training. The aircraft are in service with the RTAF’s 411 Squadron, part of the 41st Wing based at Chiang Mai Air Base. The AT-6s replace Aero Vodochody L-39ZA/ART Albatros aircraft that the unit once operated, and which were phased out in 2021. The initial pair of AT-6THs was actually delivered to the RTAF in July 2024, and they have flown in support of operations such as border patrol, intelligence, surveillance and reconnaissance (ISR) as well as counterinsurgency. It was reported by then-RTAF commander Air Chief Marshal Punpakdee Pattanakul at an interview session at the commissioning ceremony that the AT-6THs had been involved in the Thai-Cambodian border skirmishes in July 2025. While he did not elaborate, the commander highlighted the aircraft’s ability to transmit real-time battlefield imagery. Weapons that the RTAF AT-6THs can carry include FN HMP-400 12.7mm machine gun pods, LAU-131/A 70mm rocket pods, as well as GBU-12 Paveway II 500lb laser-guided bombs and AGM-114 Hellfire air-to-surface missiles. ISR and targeting is enabled by a belly-mounted L3 Wescam MX-15D sensor, which features colour and infrared cameras, a laser designator, laser illuminator and laser rangefinder. The AT-6TH is understood to be integrated within the RTAF’s national data link system known as Link-T, which allows data transmission and reception with other surface or air assets. Due to its lower speed and reduced agility compared to fighter aircraft, the AT-6TH is better suited for supporting operations in permissible and lower-intensity environments. Its significantly lower operating costs relative to fast jets help reduce the operational burden on higher-end combat aircraft too. The platform’s persistence also enables it to loiter over target areas for extended periods, delivering sustained ISR and close air support as needed. The boost in the RTAF’s close air support capability comes as Thailand signed a deal to procure four Gripen E/F fighter aircraft from Sweden on 25 August. That was the first in a phased acquisition of a dozen new fighters. The new jets will supplement the RTAF’s existing fleet of eleven older Gripen C/D jets. (Source: AMR)

16 Oct 25. L3Harris, IAI offer Blue Sky Warden light attack turboprop to Israel. L3Harris Technologies and Israel Aerospace Industries (IAI) have teamed to offer the Blue Sky Warden intelligence, surveillance, and reconnaissance (ISR) and light strike aircraft to Israel. The two companies announced a memorandum of understanding (MOU) on 15 October, whereby IAI will integrate Israeli-specific systems into the L3Harris Sky Warden (designated OA-1K Skyraider II in US Special Operations Command service) aircraft that itself is based on the Air Tractor AT-802U airframe.

“As part of the agreement, the L3Harris-IAI team will produce a unique Israeli configuration called Blue Sky Warden. The aircraft will include an IAI open architecture mission computer to host Israeli-specific software and special capabilities. IAI will also supply and integrate its mission equipment and lead flight tests and airworthiness campaigns with the Ministry of Defense and the Israeli Air Force (IAF),” the companies said in a joint communiqué.

The Blue Sky Warden is the latest offering from the Air Tractor airframe that traces its lineage back to an agricultural crop sprayer created by Leland Snow in the 1950s. The single-engined turboprop has a top speed of 180 kt, a maximum payload of 3,161 kg, an endurance of 10 hours, a range of 2,414 km, a service ceiling of 25,000 ft, a minimum landing strip requirement of 122 m (with propeller reversal on landing), and costs between USD7.5 m and USD13 m to procure and under USD400 per hour to operate. (Source: Janes)

15 Oct 25. IRIS-T SLM naval variant hits targets in German frigate test-firing. The IRIS-T SLM system demonstrated its capabilities at sea, successfully meeting all objectives for MFE 2025. Diehl Defence said that it has successfully tested the navalised version of its IRIS-T SLM ground-based air defence system during the German Navy’s Maritime Firing Exercise 2025 (MFE 2025). The exercise, codenamed “Andøya,” represents the largest missile firing drill conducted by the German Navy in 30 years. It provides an essential platform for naval crews to evaluate advanced weaponry under conditions that closely mimic operational scenarios. In a collaborative effort with the German Navy, Diehl Defence developed an Anti-Air Warfare module (AAW module), which was integrated onto the C-Deck of the frigate Baden-Württemberg, a type F125 vessel. The transitions from concept to live-firing demonstration of the demonstrator was completed within a span of less than 10 months, Diehl Defence said. The IRIS-T SLM system, which has previously proven its effectiveness in Ukraine, demonstrated its capabilities at sea by meeting all predefined objectives for the MFE 2025.

“The navalised version of the combat-proven IRIS-T SLM system delivered another outstanding performance during a successful test-firing from a German Navy Frigate, hitting multiple targets,” Diehl Defence said in a post on X.

With this test, Diehl Defence has successfully trialled a naval variant of an air defence system using an IRIS-T family missile for the first time, achieving a “high hit rate”. This successful demonstration is expected to facilitate the serial introduction of the IRIS-T SLM system for naval applications. In March 2024, Diehl Defence and Northrop Grumman signed a memorandum of understanding (MoU) to investigate integrating the IRIS-T SLM into Northrop Grumman’s Integrated Battle Command System network. (Source: naval-technology.com)

13 Oct 25. Moog Unveils the Lightweight Reconfigurable Integrated-weapons Platform at AUSA 2025 The LW RIwP is engineered to meet the U.S. Army’s M-SHORAD Increment 4 requirements. Moog Inc. (NYSE: MOG.A and MOG.B) a worldwide designer, manufacturer and systems integrator of high-performance precision motion and fluid controls and control systems, today announces the launch of its latest innovation in turreted weapon systems, the Lightweight Reconfigurable Integrated-weapons Platform (LW RIwP), at the AUSA Annual Meeting and Exposition in Washington, D.C. The LW RIwP, the newest member of the proven RIwP family of products, is purpose-built to meet the evolving requirements of the U.S. Army’s M-SHORAD Increment 4 program. LW RIwP is engineered with unmatched firepower, mobility, and commonality for light force formations. The LW RIwP is designed to equip lighter vehicle platforms, such as the Infantry Squad Vehicle (ISV), offering the maximum firepower capacity in its class including the integration of a 30mm cannon and multiple missile effectors. Its compact form factor enables efficient airlift and sling load transport, enhancing strategic mobility and operational flexibility across diverse theaters. With increased onboard ammunition capacity, the LW RIwP ensures extended engagement duration and mission endurance. The LW RIwP maintains full commonality with Moog’s fielded Standard RIwP turret, currently deployed in M SHORAD formations. The lightweight design includes shared software architecture, training protocols, user interfaces, and sustainment infrastructure, all of which streamlines integration and reduces lifecycle costs. Built on the trusted performance of Moog’s RIwP system, the lightweight variant delivers the same pinpoint accuracy and battlefield reliability proven in the U.S. Army’s SGT Stout and M-LIDS programs. “The Lightweight RIwP is a direct response to the Army’s call for more agile, lethal, and interoperable solutions for light force formations,” said Mike Gruver, Group Senior Vice President, Moog. “We’ve engineered a system that not only meets the mission, but elevates it—delivering more effectors, more ammo, and more flexibility in a smaller, transportable package.” Visit Moog in Hall DE, Booth #7807 during AUSA to experience the future of mobile firepower.

10 Oct 25. Rafael Unveiled L-SPIKE 4X Launched Effect at AUSA 2025. Rafael USA introduced the L-SPIKE 4X Launched Effect –member of the SPIKE Missile Family- for the first time at the AUSA Annual Meeting & Exposition in Washington, D.C. L-SPIKE 4X introduces missile-grade loitering capability to the SPIKE family, combining high-speed transit, seeker precision and mission persistence for contested operational environments. L-SPIKE 4X is a missile designed with loitering built in — not a UAS retrofitted with a warhead. The system is intended for engagements at ranges of up to 40 km and is launchable from legacy SPIKE NLOS launchers on air, land and naval platforms. It will be offered in two primary warhead configurations: Tandem HEAT and Multi-Purpose. A jet propulsion system delivers mission flexibility: in higher-speed dash profiles L-SPIKE 4X can reach the 40 km engagement envelope in five minutes, markedly faster than most electric loitering effects; in loitering profiles the missile provides on-station persistence of up to 25 minutes. (Source: ASD Network)

10 Oct 25. WB Group reveals Lanca cruise missile with payload capacity of hundreds of kilograms. Poland’s WB Group revealed a demonstrator of its Lanca (Lance) cruise missile at the MSPO 2025 defence exhibition in Kielce, Poland, in September 2025. The Lanca is designed to be built with Polish-made components and delivered by WB Group and local partners, WB Group spokesperson Remigiusz Wilk told Janes on 8 October. Due to its foldable wings Lanca can be launched from both vertical launching systems (VLSs) and containerised horizontal launchers. It could be deployed from both land-based and sea-based platforms. Janes learnt during MSPO 2025 that Lanca could carry payload weights in the “low hundreds” of kilograms, and that its expected range is several hundred kilometres. The missile is fitted with a turbojet engine combined with a solid fuel rocket booster for starting thrust, WB Group told Janes at the event. Lanca’s navigation is based on the inertial and global navigation satellite services (GNSS) systems. Janes has learnt that it could navigate in a GPS-denied environment, and that the missile is equipped with an electro-optical sensor, which will be used for navigation (waypoint recognition) and target identification. The targeting system will be artificial intelligence (AI)-augmented to improve navigation and accuracy. (Source: Janes)

12 Oct 25. Lumberjack Jet-Powered Modular Missile is Possible Armament for XQ-58 Valkyrie Drones. Northrop Grumman has been doing detailed design work that lays a path to air-launching its Lumberjack loitering one-way attack drone from Kratos’ stealthy XQ-58 Valkyrie uncrewed aircraft. Multiple manned and unmanned aircraft are being eyed as potential platforms for employing Lumberjack, which is already being tested in surface-launched modes and will have the ability to drop its own smaller precision munitions. In a statement to TWZ, Northrop Grumman confirmed that “Valkyrie is one of the multiple platforms we’re doing detailed design work for to ensure compatibility with Lumberjack” and that “Valkyrie is a good representation of a possible use case.” The XQ-58 is prominently featured in the Lumberjack product card available on Northrop Grumman’s website at the time of writing.

Northrop Grumman’s Lumberjack. Northrop Grumman

Since being first unveiled in April at this year’s Modern Day Marine conference, Lumberjack has

“participated in both of the T-REX events this year. So, those are the technology, readiness, and experimentation events hosted by OUSD(R&E) [the Office of the Undersecretary of Defense for Research and Engineering, also now referred to as the Office of the Undersecretary of War for Research and Engineering],”

Michael Bastin, Northrop Grumman’s director of programs for Lumberjack said.

“Those are really valuable for us. We got a chance to get operators to look and engage with the system, [and] actually do an end-to-end simulated mission in a relevant type of environment with a lot of capabilities that people were looking for.”

A very basic overview of what T-REX offers to the U.S. military, as well as allies and partners. DOD

At the T-REX events, Northrop Grumman also demonstrated Lumberjack’s

“ability to launch from two different styles of [ground-based] launchers, the electric rail launcher and the pneumatic launcher,” both provided by other companies, he added. “We are launcher agnostic. So we don’t really develop the launchers ourselves. We just show up to the ride.”

When it comes to current plans for air-launched applications,

“Lumberjack is the size, the length anyway, of the Small Diameter Bomb. So, we’re looking to be compatible with a wide variety of aircraft, [fixed-]wing and rotorcraft, manned and unmanned,” Bastin said. “Effectively, we’re looking at anything that could carry a Small Diameter Bomb.”

“We’re designing that [Lumberjack] for multiple BRUs. So, a couple different BRU installations are compatible against that sort of Small Diameter Bomb length,” he continued, using the U.S. military-standard abbreviation for Bomb Rack Unit. “We are working with two different customer communities right now, working through large plans and experimentation for next year. So that’s part of our flight test plan that we’re developing for next year.”

The GBU-39/B Small Diameter Bomb (SDB) is a 250-pound-class precision-guided glide bomb that is just under six feet (1.8 meters) long. Northrop Grumman’s website says Lumberjack has a very similar form factor, but has a maximum gross weight of around 290 pounds.

Lumberjack’s weight is payload-dependent, which Northrop Grumman’s website says could include a “combination of kinetic and non-kinetic sub-munitions, or ISR [intelligence, surveillance, and reconnaissance] sensors.” Without any payload or fuel for its small jet engine, the core system, with its composite material structure, only tips the scales at around 79 pounds, according to the product card.

How heavy a Lumberjack might be would also impact its range in both air and surface-launched modes. So far, Northrop Grumman has only said that the system is expected to be able to fly “several hundred” nautical miles. The company has also said that it will be able to cruise at around Mach 0.3 (some 230 knots) at an altitude of 20,000 feet.

“We have done testing with both kinetic and non-kinetic [payloads],” Bastin said. “Hatchet is certainly a candidate. It’s not the only type of kind of sub-munition that we’d be interested in being able to deploy. So, as I said, if customers come with whatever kinetic effect they want, as long as it fits on the center bay, we’re capable of integrating it.”

In any configuration, Lumberjack already offers the ability to reach target areas at standoff distances. Its ability to launch unpowered gliding payloads like Hatchet, or even potentially small powered ones, only extended its operational reach. This would all be further magnified by pairing it with an aerial launch platform like the XQ-58. The Valkyrie has its own internal payload bay, said to be able to carry at least two SDB-sized stores, and can also carry payloads under its wings. Lumberjack’s range would also help keep the launching platform further away from threats. A full operational scenario might see a Valkyrie or similar launch platform use its own survivability to get close to an especially high-threat part of the battlespace before launching a Lumberjack, which then delivers munitions into the highest risk area. This could even involve taking out hostile air defense assets that threaten the launching aircraft.

Lumberjack can also make use of its range for other purposes, including launching kinetic or non-kinetic attacks on geographically separated targets during a single sortie, as well as just loitering in a particular area. Equipped with a stand-in jamming capability and/or sensor packages, the drones could be used to form temporary force protection picket lines, and do so rapidly.

There is also a cost factor, with Lumberjack’s design being focused on a low unit cost and producibility, with a heavy emphasis on commercial and modified commercial components

“For every pallet that I would ship a fixed number of Small Diameter Bombs on, we can ship the same number of lumberjacks on, but each lumberjack performs multiple effects, multiple missions, and can go on multiple vehicles,” Bastin explained. “So it helps drive down that cost, as I said, within a Lumberjack, because we designed it with open architecture and a very modular center bay.”

Northrop Grumman previously told TWZ that it is targeting between a “cost per effect” of $75,000 to $100,000 for Lumberjack, somewhat nebulous figures that factor in things beyond basic unit price. It is also worth noting here that while Lumberjack is intended to be a one-way system when used operationally, work is being done to improve its recoverability when used in training. Being able to reuse the drones for training, as well as test and evaluation activities, would also offer cost advantages.

If Northrop Grumman keeps to its current test schedule, we may get actual looks at Lumberjacks launched from XQ-58s and/or other aircraft in the coming year. (Source: UAS VISION/The War Zone)

12 Oct 25. Hanwha presents auto-loading K9A2 wheeled howitzer to meet US Army modernization needs.

At AUSA 2025, Hanwha showcased a wide range of advanced defense solutions — from artillery and armored vehicles to modular charge systems and counter-UAS capabilities
Hanwha highlights the future development roadmap of the K9 Self-Propelled Howitzer, unveiling the K9A2 auto-loading wheeled howitzer concept model tailored for U.S. Army requirements
Hanwha pursues the localization of the 155 mm Modular Charge System (MCS) to strengthen U.S. ammunition supply and production capacity

Hanwha’s defense affiliates unveiled a next-generation defense solutions tailored to the U.S. Army’s modernization priorities — including a new wheeled self-propelled howitzer and the localization of the 155 mm modular charges — at AUSA 2025. Hanwha Aerospace, Hanwha Systems, and Hanwha Defense USA (HDUSA) _ are joining the annual show hosted by the Association of the U.S. Army. The show is expected to attract around 44,000 visitors from 92 countries and serves as the premier venue for global defense companies to showcase land-based military innovations. At this year’s exhibition, Hanwha Aerospace displayed a full-scale K9A1 Self-Propelled Howitzer, presenting the future roadmap of the K9 artillery system, which has been ordered by more than 10 countries worldwide. In particular, the company will unveil for the first time a wheeled K9A2 concept, tailored to meet the U.S. Army’s long-range and high-mobility artillery requirements. The K9A2 features an automated ammunition handling and loading system that increases its rate of fire from six to over nine rounds per minute. As the U.S. Army seeks next-generation artillery systems with enhanced range, precision, mobility, and sustained fire capability, Hanwha Aerospace is proposing the 8×8 wheeled K9A2, integrating the K9A2’s advanced auto-loading turret onto a wheeled platform to deliver greater flexibility and mobility on future battlefields.

Maro Kim, Head of Strategy at Hanwha Defense USA, said : “The K9 howitzer is already operated by more than 10 nations and stands as the world’s most proven tracked artillery system. By mounting the K9A2’s automated turret on an 8×8 wheeled platform, we can meet the U.S. Army’s requirements for long-range precision firepower, rapid deployment, and sustained resupply operations.”

Hanwha Aerospace is also focusing on plans to localize production of the 155 mm Modular Charge System (MCS) in the United States. Manufactured in a world-class smart factory environment, the MCS ensures high consistency, precision, and safety through automated production processes. The system offers excellent compatibility with NATO-standard 155 mm artillery and provides precise control of chamber pressure and range, ensuring superior performance and reliability. Following the war in Ukraine, the global shortage of 155 mm artillery ammunition has become a pressing issue. Hanwha aims to strengthen the supply chain resilience of the U.S. Army and its allies by establishing local MCS production capacity and industrial partnerships in the United States.

Meanwhile, Hanwha Systems is exhibiting its short-range AESA radar and multi-layered CounterUnmanned Aerial System (C-UAS) defense solution, offering integrated electronic systems optimized for homeland security missions in the U.S. The short-range AESA radar is designed to detect and track low-altitude aerial threats, serving as a key sensor to maximize the operational performance of Short-Range Air Defense (SHORAD) systems. It can also be mounted on various platforms, including wheeled armored vehicles, ground surveillance systems, and small naval vessels. The multi-layered C-UAS system is designed to counter the growing threat of drones and unmanned aerial vehicles on modern battlefields. By integrating detection, identification, and neutralization capabilities, it provides a comprehensive defense architecture for protecting critical infrastructure — including potential applications in U.S. border surveillance and facility protection.

Jaeil Son, President and CEO of Hanwha Aerospace and Hanwha Systems, said: “Through AUSA 2025, Hanwha aims to reinforce its position as a global defense company by showcasing an integrated suite of next-generation solutions across artillery, munitions, and defense electronics. We will continue to expand customer-tailored solutions and global partnerships to meet the modernization needs of the U.S. Army and strengthen the defense capabilities of allied nations.”

13 Oct 25. Leonardo DRS and KNDS have entered into a strategic teaming agreement to offer a high-performance, self-propelled howitzer system to the U.S. defense market. The team intends to present the U.S. Army with the CAESAR® Self-Propelled Howitzer, a combat-proven and reliable system that addresses the U.S. Army’s needs for greater range and improved mobility. It is a powerful and combat-proven system built for accuracy, adaptability and rapid worldwide deployment. The agreement brings together two leading defense companies with deep experience in developing and delivering mobile tactical capabilities: Leonardo DRS, a global leader in platform integration, which will be the prime contractor, and KNDS, a global leader in developing mobile artillery systems and complete range of ammunition.

“The ability for soldiers to rapidly and reliably put artillery on target is a crucial mission the U.S. Army is addressing, and we are proud to use our deep experience in integrating best-of-breed capabilities to support this future mission,” said Aaron Hankins, senior vice president and general manager of the Leonardo DRS Land Systems business unit. “By teaming with KNDS, we are offering the service a mature, accurate, and high-performing solution.”

The CAESAR® Self-Propelled Howitzer’s advantages can fulfill the Army’s immediate need for more capable artillery systems. The platform is engineered to deliver effective, longer-range artillery support with precision and responsiveness. Its rapid firing capability offers sustained support during engagements while its high mobility provides users the ability for quick positioning in virtually any terrain.

“KNDS is proud to team with Leonardo DRS to offer the U.S. Army an affordable solution based on a very robust, accurate, and combat-proven artillery system,” said Olivier Travert, chief sales officer of KNDS France. “This weapon is particularly suited to address the challenges that warfighters will face in the coming decades. CAESAR®’s 52 caliber ordnance has a superb, demonstrated safety record in combat conditions, in all climates, after firing hundreds of thousands of rounds. The lessons learned in three years of combat in Ukraine – where 120 CAESAR® are now deployed, provides us an outstanding position to offer the United-States Army a state-of-the-art weapon which can be integrated on a U.S. tactical truck.”

Teaming to pursue this emerging U.S. Army requirement underscores Leonardo DRS’s leadership and proven experience in identifying, developing and delivering innovative, integrated systems for new critical-need markets. The company’s deep complex integration capability spans all domains to support force protection, computer networking, C5I, and naval power and propulsion systems.

13 Oct 25. US Army accelerates PrSM output as ATACMS nears sunset. The Army is finding ways to accelerate its new Precision Strike Missile (PrSM) as it begins to field it more widely to the force while sunsetting its 40-year-old tactical missile system, Maj. Gen. Frank Lozano, program executive officer for missiles and space, told Defense News. The service is expecting a production contract for the first increment of PrSM by the end of the month, with Lozano noting, “We will put Lockheed Martin under contract for 400 missiles.” The Army has been working with Lockheed Martin, the missile’s producer, to increase production capacity in the lead up to the major production deal. The first set of PrSMs was delivered in December 2023, as the Army began to replace the legacy Army Tactical Missile System (ATACMS). The missile — which can launch from both the HIMARS and the M270A2 Multiple Launch Rocket System — will be critical to the service as it seeks a deep-strike capability that can counter Russian and Chinese technologies. Both European- and Indo-Pacific-based U.S. commanders have been eager to receive the capability that can hit targets at standoff locations greater than 400 kilometers (249 miles). Lockheed delivered the first 26 missiles throughout 2024 and the Army is set to receive another 54 this year, totaling 100 missiles. The PrSM production line will significantly ramp up and the Army expects to see production increase to 400 by the fourth quarter of fiscal 2027 and into 2028, according to Lozano.

“We’ve been very deliberate and aggressive in increasing that capacity very steadily,” Lozano said.

To be able to do that, the Army is focused on phasing out the ATACMs production. The ATACMS and PrSM production line share the same facility, noted Lozano. “I want to create enough PrSM capacity to be able to address both [foreign military sales] requirements as well as U.S. requirements, so I need to sunset ATACM sales,” he added. The service is rapidly finalizing plans to implement an exportable version of PrSM Increment 1 to sell on the international market instead of ATACMS.

Lockheed’s current production line for ATACMS is building missiles for Taiwan.

Once ATACMS production closes out in roughly the next 24 months, “I can take over the entirety of the PrSM production facility and we can continue to increase capacity,” Lozano said.

The Army is planning capability improvements in subsequent increments, including an enhanced seeker to better defeat moving targets at sea as well as technology to provide increased lethality and extended range. The priority for the PrSM in the near term is to pursue a maritime, ship-killing capability. Lockheed, RTX and a Northrop Grumman team will compete to develop a subsequent increment called the Long-Range Maneuverable Fires program, which focuses on dramatically extending the range of the missile, possibly from its planned 499 kilometers (310 miles) to more than double that distance.

14 Oct 25. LMT Defense has entered into a long-term license agreement for the production and distribution of the 7.62mm Bushmaster® Chain Gun®. This partnership brings together leaders in defense innovation, combining LMT’s manufacturing excellence with a legacy of reliability and combat-proven performance.

Key highlights of this agreement:

LMT Defense will manufacture the 7.62mm Chain Gun for both U.S. military and partner forces, with production and testing at our Eldridge, Iowa facility.
The weapon features advanced capabilities, including multiple mounting options, 600 rpm sustained fire, automatic malfunction clearing, and electric drive for unmatched reliability.
LMT will provide comprehensive service, training, and remote customer support for the life of the agreement.
This initiative aligns with our strategic objective to deliver extremely reliable small-caliber systems for remotely operated and autonomous applications—a rapidly growing sector in modern defense.

This partnership is the latest in a series of notable successes for LMT Defense in 2025, including contracts with the Swiss Armed Forces and USSOCOM for our MARS®-H battle rifle platform.

14 Oct 25. Turkey sees nascent ‘Steel Dome’ as deterrent, export money maker. Turkish defense-electronics company Aselsan has detailed its integrated air-defense suite “Steel Dome,” describing it as a multi-layered, multi-domain system that combines kinetic and non-kinetic effectors with advanced decision-support algorithms. The company presented the concept during an international press day held at its Gölbaşı facility in Ankara. Aselsan positions Steel Dome as a response to evolving threat environments that include small drones, maneuverable ballistic trajectories and increasingly diverse sensor networks. The concept emphasizes a “smart layers” methodology that integrates soft-kill techniques, electronic jamming, directed energy and kinetic measures to engage targets according to operational requirements. At the core of Steel Dome is a command-and-control layer built around Aselsan’s HAKİM airspace management system, which integrates radars, communication systems, intelligence feeds. The software uses artificial intelligence and machine learning to produce a single, fused air picture for engagement decisions. HAKİM was developed in accordance with NATO command-and-control standards. It is intended to support the systems currently used by the Turkish Air Force. Developer Aselsan is part of an alliance effort to design components for a ground-based air defense system on a modular basis. Airbus, Lockheed Martin, Thales, and Raytheon are also part of that project. The Steel Dome Project was approved at the Defence Industry Executive Committee (SSİK) meeting held on Aug. 6, 2024. Almost 50 elements of the system entered the inventory of the Turkish Armed Forces on Aug. 27, 2025, with a total value exceeding $460m. An additional procurement agreement for air-defense systems was signed between Aselsan and the Presidency of Defence Industries (SSB), valued at €1.65 bn ($1.92 bn). Deliveries are scheduled between 2027 and 2031. (Source: Defense News)

14 Oct 25. Next Generation Squad Weapon continues fielding, seeing upgrades. The Army’s Next Generation Squad Weapon continues to field to units and see upgrades, including a carbine version that’s currently under development. The M7 and M250, both of which fire a new 6.8mm-caliber round, are the Army’s replacements for the M4 and M249 Squad Automatic Weapon, respectively, among the close combat force. Col. Jason Bohannon, program manager for soldier lethality at Program Executive Office Soldier, told Army Times in a recent interview that in addition to ongoing fielding of the weapons systems, some are already having upgrades applied. The platforms will soon field a new suppressor, for example, that comes equipped with a heat shield. Additionally, improved slings and a new buttstock are on the way, each item developed based on soldier feedback. Also under development is a carbine version of the M7, which weighs about the same as its M4 predecessor — just over 6 pounds. So far, more than 2,000 M7 rifles and over 900 M250 automatic rifles have been fielded to units. One unit to recently field the new weapons was the Minnesota Army National Guard’s 34th Infantry Division, which received some of the first M250s ever issued to the Guard. Col. John McRae, who oversees training statewide for the Guard, told Army Times that the fielding was a notable example of the total force working together. Soldiers with the 34th Infantry Division receive instruction on the M250 automatic rifle during a New Equipment Training fielding at Camp Ripley, Minn., September 15, 2025. (Sgt. 1st Class Timothy Hamlin/Army)

“The squad is now a more lethal organization because they have the M250,” McRae said. “They can multiply the effects of the squad on the battlefield, engage high-value targets and at a greater range than before.”

The Army Marksmanship Unit’s Instructor Training Group conducted the new equipment training for soldiers, emphasizing fundamental marksmanship but also guiding users on the new optic.

“The optic ensures every soldier has the capability to make first-round hits at distance, whether in single shot or burst,” Sgt. 1st Class Chuck Riegel, ITG’s primary instructor said in a release. “And the cartridge’s terminal performance is incredible — it will defeat pretty much anything they come across.”

Program Manager Soldier Lethality also joined Guard personnel in the fielding. Sgt. 1st Class Karl Nelson fired the weapon as part of the fielding and said it was a far superior system when comparing it to the M249.

“It just shows that the Minnesota Guard is at the forefront of the Army force, not just the Guard,” Nelson said.

Having the new M250 automatic rifle, meanwhile, helps soldiers continue to maintain overmatch at all levels, McRae said, adding that getting a new weapon such as the M250 ahead of even active duty units was a big shot in the arm for soldier morale.

The move shows that expectations meet reality for guardsmen who join to deploy and conduct real-world training and missions, he noted. (Source: Defense News)

13 Oct 25. NATO-Approved Skydio Drones Now Feature Pearson Engineering’s AI Tech; Threat-Sense, for Advanced Battlefield Mine Detection. Leading UK battlefield mobility firm, Pearson Engineering, has collaborated with Skydio, the leading U.S.-based manufacturer of autonomous drones, to integrate its cutting-edge Threat-Sense technology; an AI-powered mine detection system into Skydio’s secure drone platform. Approved for NATO use, the collaboration delivers enhanced battlefield awareness by enabling drones to scout ahead of ground forces, identifying and mapping explosive surface-laid threats in real-time. This marks a significant step forward in battlefield safety and autonomous reconnaissance for allied forces.

Pearson Engineering CEO, Ian Bell commented, “Threat-Sense was designed to give soldiers critical situational awareness in mine-threat environments. Partnering with Skydio allows us to extend that capability into the air, offering a new layer of force protection and intelligence that’s both autonomous and operationally proven. This is another example of our ongoing programme of innovation in robotics and AI delivering vital tactical advantage to allied forces.”

Skydio welcomed the collaboration and looked forward to strengthening frontline operations with secure, AI-enabled aerial platforms.

Mark Loader, MBE, National Security Account Manager – UK/EU at Skydio commented, “This collaboration with Pearson Engineering marks a significant leap forward in battlefield autonomy. By integrating Threat-Sense with our X10D NATO-approved drone platform, we’re delivering a secure, AI-powered capability that protects soldiers and enhances mission effectiveness, without compromising on component integrity.”

This collaboration marks the continuation of a number of robotics and AI collaborations for Pearson Engineering to develop the next generation of technologies to protect lives, support humanitarian recovery, and strengthen allied defence capabilities. This includes recent partnerships with the DSTL on WEEVIL, the new uncrewed minefield breaching concept aiming to shield soldiers from danger. As well as last month’s strategic partnership between Milrem Robotics, Overwatch Aerospace, and MSI- Defence System to deliver UK-Specific THeMIS Combat UGV specifically designed to meet the needs of customers in the UK.

13 Oct 25. Anduril Partners with GDLS, Advancing Layered Defense for Ground Forces. On today’s battlefield, every movement by a maneuver element — from armored vehicles to missile launchers to command posts — introduces new threat vectors. Loitering munitions, one-way attack drones, and autonomous swarms can strike from multiple directions with little warning. Salvos of precision missiles can stop vehicle movements in their tracks. Many attacks are orchestrated and executed faster than existing systems can detect or respond. Advanced technology can help. Spark radar is Anduril’s answer to maneuver protection. Through Anduril’s Spark radar, we’ve developed a system that detects both air and ground threats with class-leading range, speed, and fidelity, while using Lattice to pass threats on to other radars and command nodes, ensuring formation based protection. Today Anduril is announcing a partnership with General Dynamics Land Systems to bring Spark radar into military platforms and maneuver networks, starting with armored vehicles and expanding to command posts, missile launchers, and fires elements. As one of the world’s most experienced and forward-leaning companies in the design, development and production of tracked and wheeled military equipment, General Dynamics Land Systems brings deep understanding of how modern vehicles operate — and how they need to evolve. Pairing this expertise with Anduril’s software-driven sensors and battle management technologies is a critical step toward enabling distributed, formation-level protection future conflicts demand. Our goal is to enable the entire formation — not just individual platforms — to detect, track, and respond in real time. Through this partnership, General Dynamics Land Systems will ensure that Spark is built into platforms from the start—not bolted on after the fact. That means tighter integration, better performance, and a clear path to scalable protection across fleets. This is a deliberate move to shift survivability from platform-specific defenses to coordinated, multi-vehicle systems of systems. This is a shared commitment to the importance of ground vehicles in future fights by advancing how they detect and respond to threats. By integrating Spark radar into General Dynamics Land Systems platforms from the outset, we’re laying the groundwork for more cohesive, layered defense across maneuver formations. It’s a step toward ensuring warfighters have the protection they need to maneuver and survive on today’s battlefield. (Source: ASD Network)

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About Galvion:

MISSILE, ARTILLERY, HYPERSONICS, BALLISTICS AND SOLDIER SYSTEMS UPDATE

October 9, 2025 by

Sponsored by Galvion

www.galvion.com

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10 Oct 25. Galvion introduces Batlskin Caiman® Ultra-Light Helmet at AUSA 2025. Galvion, a global leader in the design and manufacture of innovative head systems, power and data management solutions, and integrated soldier systems, unveils the latest addition to its flagship Caiman® suite of head systems, the new Caiman® UL (Ultra-Light). The Caiman® UL builds on the phenomenal success of the Caiman helmet series, which has been adopted by some of the world’s most demanding military and tactical teams. The new helmet, along with Galvion’s wider range of head systems and power and data solutions will be on display at booth #643 at AUSA 2025 in Washington, D.C.

The Caiman UL system was specifically designed for elite special operations operators who demand an ultra-lightweight next-generation solution that minimizes weight and bulk, while offering maximum protection and performance. Offering all of the performance of the Caiman® TL (Tactical Light) in a lighter weight, the UL comes in five (5) sizes, ensuring that operators are wearing the lightest, most comfortable, and most stable helmet possible.

The new Caiman also features additional updates, including Galvion’s 3-hole shroud, which uses ballistic mounting hardware and offers excellent stability for thermal and night vision devices. The low-profile shroud uses rubber bumpers for rattle prevention and has multiple integrated anchor points for secure bungee storage and paracord pass-through. It also features an interchangeable metal shroud plate to accommodate a variety of NVG and future headborne accessories. The Caiman UL uses Galvion’s best-in-class APEX liner system with a redesigned harness. With over 7 years of end-user feedback incorporated into iterative design updates, the latest harness features its toughest camlocks yet for improved strap tension, and stronger anchor system to withstand operational stress. A recontoured and wider chin cup results in a more natural, secure and stable fit, and a surface-mounted buckle allows easier donning and doffing while wearing. As a result, the Caiman UL benefits from the most robust APEX system ever, optimized for fit, comfort and stability, particularly under Night Vision and VAS.

Currently in trials with Special Operations customers, the Caiman UL is available for contract, with expected commercial availability in 2026.

Todd Stirtzinger, CEO at Galvion said: “Our Caiman head systems are recognized around the world as the most comfortable performance helmet out there. We developed the system over a number of years in conjunction with Special Operations teams, but in recent years, we have seen our flagship Caiman TL adopted by conventional forces in far greater quantities, across multiple NATO countries.” He added: “The Caiman UL pushes the boundaries for elite teams where literally every ounce counts. It gives them the performance they need and the comfort that, candidly, they didn’t know that they could expect, in the lightest weight available. Our Caiman® UL really is the best, for the best.”

09 Oct 25. BAE Signs Agreement With Rheinmetall for CVv90120 Advanced Gun Upgrade. The newly upgraded CV90120 prototype features advanced firepower with the 120mm L44A1 LR weapon system. BAE Systems Hägglunds is teaming up with Rheinmetall Weapon and Ammunition to integrate the 120mm L44A1 Low Recoil (LR) weapon system onto the latest CV90120 vehicle, leveraging the expertise and capabilities of two leading European defense companies to deliver a tailored solution to meet the evolving demands of the battlefield.

“Our customers will benefit from the combined expertise and resources of our two companies, resulting in a solution that offers enhanced firepower, protection, and mobility – a winning combination on the modern battlefield,” said Tarkan Turkcan, CV90 platform director.

Rheinmetall’s 120mm L44A1 LR gun features a high-pressure gun solution for platforms for outstanding performance compatible with all NATO standard 120mm rounds, including Rheinmetall´s DM11 3-mode programmable high-explosive (HE) round and enhanced kinetic energy (KE) rounds. BAE Systems’ new CV90120 is based on the latest CV90MkIV variant chassis and will provide enhanced battlefield speeds, upgraded electronic architecture, active damping, a new engine, a heavy-duty transmission, and an active protection system. It also provides the added advantage of having a common platform for those armies that already have selected to use the CV90 IFV or will do so in the future, through commonalities in training and spare parts. The CV90120 provides the firepower of a modern main battle tank with the superior strategic and tactical mobility of the CV90 infantry fighting vehicle, providing heavy, direct firepower at a significantly reduced cost. The CV90 is a highly versatile vehicle for all military missions, designed to provide superior protection, increased mobility, and evolutionary scalability. BAE Systems Hägglunds has produced more than 1,400 CV90s in 17 variants for 10 European nations as part of the CV90 User Group. The CV90 has a pedigree of successful worldwide operations including UN and NATO collaborative missions. (Source: ASD Network)

09 Oct 25. FN Wins US Army Development Contract for Precision Grenadier System. FN America, LLC announced that it has been awarded a Prototype Project Opportunity Notice (PPON) contract valued at $2m, by the U.S. Army to further develop its submission for the Precision Grenadier System, a next-generation primary soldier weapon system and family of ammunition that enables precision engagements to destroy targets with increased lethality and precision compared to legacy grenade launchers. The FN Multi-purpose Tactical Launcher 30mm (MTL-30) that was designed in the U.S. and will be manufactured by FN America at its plant in South Carolina is a soldier-portable, semi-automatic, medium-velocity, flat trajectory grenade launcher that enables warfighters to engage targets at extended ranges with more effective payloads over existing technologies. After extensive testing, FN’s solution has successfully met the DoD’s key performance criteria while also delivering desired characteristics. In addition, the FN solution is easily manufacturable and logistically supportable due to state-of-the-art manufacturing techniques, ensuring the program will be cost-effective.

“This program is a U.S. Government priority with the shift in modern warfare and engagements, and FN is honored to be selected to develop this new, innovative solution,” said Mark Cherpes, President and CEO for FN America, LLC. “Once developed and implemented, this weapon system could radically change future battlefield strategies. It will offer new capabilities at the squad level and upgraded tactical options, giving the warfighter a more effective system.”

FN’s solution, the FN MTL-30, is the first in this family of launchers and ammunition, as FN works with the Department of Defense (DoD) to help solve one of the world’s most pressing battlefield needs.

“The FN MTL-30 shoulder-fired launcher can engage in close-quarter warfare, defeat targets in defilade, and engage unmanned aerial systems (UAS). It could also be networked with FN remote weapon stations to create a multi-layered defense against UAS,” said John Bungard, Sr. Director, Military Development Programs for FN America, LLC. “Providing solutions that can counter multiple threats is critical for future battlefield engagements. We are excited that the Army is interested in maturing our PGS solution. We are fully committed to this system and its development.”

The FN MTL-30 is chambered for 30mm medium-velocity grenades and features a detachable box magazine with 3- or 5-round capacity. At just 35 inches in length and 8.5 inches tall, the weapon weighs just over 10 lb. The bolt catch, magazine release and safety selector are all ambidextrous, plus there is an M4-style telescoping buttstock with a modular cheek riser. The modular rail system has a contiguous top rail for mounting of visual augmentation systems (VAS) and other devices, plus side M-LOK slots with a MIL-STD Picatinny rail.

For the soldier, the FN MTL-30 is lighter and more streamlined than previous options. Real time soldier feedback has led to a prototype that is far more user-friendly, incorporating a footprint users will be familiar with due to the M4-style controls, grip and buttstock. The system features a soft shooting launcher with low-felt recoil, enabling rapid target engagement with effective payloads from an extremely controllable system. In addition, FN’s modular system is fully serviceable at the user level and has high parts commonality with existing components.

“The technologies we have incorporated have allowed FN to create a system that is much lighter, more compact and more maneuverable than previous soldier-operated grenade launchers,” said Jim Williams, Vice President, Military Programs for FN America, LLC. “This will improve soldier capabilities on the battlefield, offering a robust solution for close combat, engaging targets beyond 500m or to potentially combat other threats such as unmanned aerial systems.”

Throughout its history, FN has been one of the largest suppliers of small arms to the U.S. military and continues to develop innovative, future technology. In addition to this opportunity, the company currently holds contracts for the FNM240 and its variants, the FN M249 lightweight machine gun; the FN MK 46, MK 48, MK 17 and MK 20 SSR for USSOCOM and various other contracts. FN has decades of experience designing and supplying various grenade launching systems. The company produced the MK 19 fully automatic 40mm launcher, the MK 13 EGLM that was a part of the SCAR program and currently sells the FN 40GL standalone launcher internationally. (Source: UAS VISION)

08 Oct 25. South Korea’s Hanwha begins production of wheeled K9 howitzer, with first tests set for early 2026. Hanwha Defense USA has announced that a wheeled version of its K9 Thunder howitzer is now in production and scheduled for testing in early 2026. The new variant is based on the K9A2 self-propelled howitzer and aims to offer a wheeled alternative to the current tracked systems, said Jason Pak, Senior Director of Business Development for Land Systems. The company, a U.S. subsidiary of South Korea’s Hanwha Aerospace, is positioning the wheeled K9 as part of efforts to support the U.S. Army’s modernisation of its ageing 155mm howitzer fleet. “Hanwha Aerospace and Hanwha USA’s pride and joy is the K9,” Pak said. “It has garnered so much success globally. We know that it is a mature, proven, currently fielded 52-caliber system that could be a tremendous asset to the United States Army.” To support this goal, Hanwha is “looking to establish a full-on vertical supply chain here in the United States as it pertains to the production of this capability,” Pak stated. He added, “We’re absolutely committed to U.S. jobs and capacity,” and outlined plans for “rapid initial [K9] delivery coming out of Korea if needed, and then that would be immediately followed by full production and sustainment in the U.S.”

Carl Poppe, Director of Business Development for Artillery Systems at Hanwha Defense USA, said the company is ready to meet the Army’s needs for mobile howitzers, “whether it needs to be all built, assembled here in the states, or if they need to take an early delivery to meet some tactical requirements, or anywhere in between.” He also noted that around 40 percent of the K9’s global supply chain is already based in the United States.

While systems for the U.S. Army will closely resemble the base K9 model, Hanwha is open to adjustments. “We have a history of meeting user nation requirements,” Poppe said, adding that the company expects to include a U.S.-specific fire control system but “we need more input from the government before we go down the road of making changes.”

Hanwha is currently responding to the Army’s request for information on mobile tactical cannon systems, offering details on the wheeled K9, as well as the already operational K9A1 and the K10 ammunition resupply vehicle. “We have the ability to fill gaps in capability for the U.S. Army,” Pak said.

Poppe added that once a user adopts the K9A1, it can be upgraded in future to more advanced variants, as seen in South Korea’s recent order for A2 upgrades to parts of its A1 fleet. (Source: Google/DIE)

07 Oct 25. Textron Systems Corporation, a Textron Inc. (NYSE: TXT) company, announced today the introduction of its DamoclesTM launched effect (LE), a cutting-edge system designed to deliver a significant strategic advantage in peer warfare environments. With Textron Systems’ advanced GEN2 Explosively Formed Penetrator (EFP), the Damocles LE delivers top-attack, electronic warfare, and intelligence, surveillance and reconnaissance (ISR) capabilities as either a ground- or air-delivered payload. Equipped with autonomous tracking capabilities and advanced artificial intelligence, the Damocles LE provides operators with advanced capabilities, while maintaining the human in the loop for mission supervision and decision-making. The precision unitary munition ensures accurate targeting, making it a highly effective tool in mission-critical scenarios. The Damocles LE also features a low acoustic signature, which enhances stealth and reduces detectability during operations. To further enhance operational safety, the system includes features to prevent unexploded ordnance (UXO), reducing the risk of hazardous remnants on the battlefield. The Damocles LE is built with a modular open systems architecture (MOSA) approach, allowing other payloads to be integrated into the system to support various Concept of Operations (CONOPS), such as electronic warfare effects.

“Textron Systems is the industry leader in EFP technologies, and the Damocles LE builds on our decades of experience to provide next-generation technology to the warfighter,” said Henry Finneral, Senior Vice President, Weapon Systems. “We stand ready to provide our cost-effective solution at speed and at scale to provide mission support to the joint forces and allied nations.”

08 Oct 25. Germany consider Patriot air defence procurement with Switzerland. The German Defence Minister said joint production would reduce the immense cost for both countries. The German government welcomed the potential joint procurement of the coveted Patriot air defence system alongside Switzerland in a 2 October release. Minister of Defence Boris Pistorius welcomed his Swiss counterpart, the federal councilor Martin Pfister, to Bendlerblock in an inaugural visit. Over the next several weeks, the Bundeswehr confirmed that it will consider training Swiss troops to operate Patriot. This plan may work well for Germany, a nation that already operates the long range system in dwindling numbers. The move would help to quickly fill the widening gaps in its domestic air defence capability. Germany have already sent three Patriot launchers to protect Ukraine’s critical infrastructure from regular Russian strikes. In August 2025, Germany also announced that it will send further unspecified Patriot components to Ukraine within the next three months. Yet Germany still has use for the system at home even if Ukraine is ground down in a bitter struggle to intercept Russian salvos. In fact, German Patriot systems supported Polish F-16s, Dutch F-35s, and an Italian CAEW aircraft as part of a wider Nato response to the drone strikes that entered Poland on the night of 9 to 10 September. Since then, the alliance have reinforced their posture under Eastern Sentry following the incident and other developments. In return for shedding its air defence capability to Ukraine, an agreement had been reached with the US Department of Defense (now the Department of War) that Germany will be the first nation to receive newly produced, latest-generation Patriot systems at an accelerated pace. However, the financing will be provided by Germany, which means the country will take on a significant financial burden.

The Swiss perception

Switzerland, meanwhile, is eager to procure the American system too, having ordered five PAC-3 systems through the foreign military sales route in 2022. But in July 2025, the United States backtracked on the deal by reprioritising these systems to Ukraine instead. The neutral country has made unprecedented steps to build its defence posture. For example, the Swiss government agreed to join the German-led European Sky Shield Initiative this time last year. In July 2025, Switzerland continued to bolster its air defence contribution by signing a joint procurement deal with Germany to purchase medium range IRIS-T SLM air defence systems. Armasuisse will acquire five systems in this deal with the German manufacturer, Diehl Defence. Pistorius raised the opportunity for joint production, which he said would reduce the immense cost for both countries. A US government cost breakdown suggests that a single Patriot system – in all its parts – comes to around $1.1bn: $400m for the system and $690m for the missiles. The US Congressional Research Service, citing a Nato fact sheet, stated that a Patriot ‘battery’ has six major components: a power plant [two vehicle-mounted 150 kilowatt generators], radar set, engagement control station, launcher stations, antenna mast group, and interceptor missiles (PAC-2s and PAC-3s).

Patriot ecosystem in Europe

Bayern-Chemie, a leader in propulsion for the last 60-years and a subsidiary of the pan-European defence group MBDA Deutschland, is growing in capacity and output to meet Europe’s propellant needs. In late 2023, Army Technology learned that the company, which had been closely embedded in the production of rocket motors for American-made PAC-2 missiles during the Cold War, rejoined Raytheon’s next generation GEM-T missile supply chain with an ambition to serve as the nucleus of a new European missile hub.

“We’re building five new buildings, and we have a personnel growth in order to fulfill our contracts on time, on cost, on quality,” a spokesperson told Army Technology earlier this year.

This vision turned bleak in recent months after the United States’ withdrawal of longstanding security assets from Europe. Worse still, this political divide has incited a trend toward European strategic autonomy. Eric Beranger, the chief executive of MBDA, said the group will deliver fully sovereign systems to European customers when required to do so. However, the company still relies on US-made components for some of its weapon systems, including the Anglo-French Storm Shadow/SCALP cruise missile. Undeterred, the Bayern-Chemie spokesperson also confirmed that it still intends to serve as a European hub for PAC-2 propulsion systems, despite the burden of US tariffs – an alarming geopolitical development on which the subsidiary declined to comment. (Source: army-technology.com)

07 Oct 25. Elbit America team at AUSA.

SIGMA NEXT-GEN MOBILE TACTICAL CANNON

This is Elbit America’s solution for the U.S. Army’s Self-Propelled Howitzer Modernization Program

o We’ll have a SIGMA interactive display. Come try it out!

o Elbit America videos on SIGMA here

o Elbit America’s Sigma, The Next Generation Howitzer

LAUNCHED EFFECTS

Elbit America’s loitering munition, Skystriker

o Our AUSA booth will have a SkyStriker within it, as well as a ground station interactive to try

COUNTER-UAS & COUNTER-INTRUSION

Includes Elbit America’s border and homeland security solutions

o We’ll have an Integrated Surveillance Tower within our booth, including our MATR-X Radar

o Elbit America is an end-to-end Counter-Intrusion and C-UAS solutions integrator and subsystem provider

o Mounted and dismounted solutions

o Iron Shield/Golden Dome

o Border & Force Protection – Elbit America

WARFIGHTER SYSTEMS

Elbit America’s wearable solutions

o We’ll have multiple Night Vision solutions available to see in our Warfighter Systems/Night Vision kiosk, including the Enhanced Night Vision Goggle – Binocular

TARGETING

Future Advanced Long-range Common Optical/Netted-fires Sensor (FALCONS) & Ares solution

o Elbit America was just awarded a development contract for FALCONS: ELBIT AMERICA DEVELOPING LONG-RANGE RECONNAISSANCE AND TARGETING SYSTEM FOR U.S. ARMY

o Targeting kiosk inside the booth for more info.

VERTICAL LIFT

We are spotlighting Army Aviation hardware needs, such as displays, Helmet Mounted Displays, processing and sensor applications

o X-Sight is the HMD for future Apache and follow-on increments of FLRAA

o Elbit America is a leading provider of MOSA compliant solutions

o Cockpit demonstrator within the booth

06 Oct 25. US Army fields new breaching obscuration tech. US Army is fielding new devices to make it easier for engineers to obscure the battlefield during breaching operations, soldiers told Janes on 2 October. The M75 screening obscuration module (SOM) is the replacement for the legacy M56 Coyote. Used for one of the first times in 2025, the M75 weighs less, which could enable soldiers to utilise more devices in a flexible way to protect breaching operations, two 36th Engineer Brigade combat soldiers told Janes in an interview. The new SOM is more “sleek” than the previous system, said Staff Sergeant Jeremy Ephriam, a squad leader in the 36th Engineer Brigade, who used the SOM during a Project Convergence exercise in March. Unlike the M56 that was equipped onto the back of High Mobility Multipurpose Wheeled Vehicles (HMMWVs), the M75 was able to be carried into a breaching operation by a TRV-150 tactical resupply drone during a training exercise at Fort Hood, Texas, on 1–3 October.

“It’s lighter weight, and you’re able to attach it onto a UAV [unmanned aerial vehicle] system, and able to actually take off,” he said.

M75 weighs about 60 lb. Combined with the jerry can that holds the fuel for the device, it weighs about 140 lb. The jerry can holds about a gallon and a half of kerosene oil and about a pint of diesel oil, SSgt Ephriam said. If temperatures are too low, the source of the smoke has to be switched to diesel but kerosene is the standard, he said. (Source: Janes)

12 Oct 25. Pelican Products, Inc, the global leader in mission-critical protective solutions, today announced its expanded portfolio of advanced protective cases for the Next Generation Squad Weapon (NGSW) M7 rifle and M250 light machine gun at the 2025 Association of the United States Army (AUSA) Annual Meeting & Exposition in Washington, D.C. The NGSW program represents one of the most significant modernization efforts in decades, designed to equip U.S. warfighters with enhanced versatility, range, and functionality. As the Army fields the SIG SAUER M7 rifle with XM-157 Vortex fire control optic and the M250 light machine gun, Pelican is poised to deliver custom-engineered protective cases that ensure these weapons remain secure, reliable, and ready for deployment in the harshest operational environments.

“Over the past 50 years, Pelican has been the leader in ‘Built to Protect to Equip for the Mission’ solutions for the military,” stated JC Curleigh, CEO of Pelican Products. “By combining our iconic reputation, our innovative solutions, and our institutional relationships with the military, we are perfectly positioned to continue to lead from the front for the next generation of military capability advantage.”

Pelican’s latest innovations for NGSW include protective transport solutions for both single-weapon and squad-level deployment. Built on decades of engineering expertise and direct collaboration with military end users, these cases bring forward Pelican’s evolutionary capabilities to best equip the modern battlefield. The SIG M7 multi-weapon transport case features a newly developed rifle frame system that cradles and locks down the weapons for protection during transport and storage. Tailored to each military team’s accessory requirements, the rifles are surrounded with a custom foam design to strap in and transport magazines and OTIS Cleaning Kits. This adaptable, modular rifle frame approach to carrying weapons is intended to set the stage for application across all other rifle manufacturers.

“Every detail of these cases was driven by warfighter feedback,” said Shawn LaRowe, Pelican’s Chief Product & Marketing Officer. “From stackability and ergonomic handles to quick-release latches and optimized internal layouts, these are more than cases – they are readiness systems designed to extend the service life of the NGSW platform.”

The mobilization of the NGSW cases builds on Pelican’s decades-long commitment to safeguarding U.S. military servicemembers and their equipment in any climate and on any battlefield. From Beirut to Afghanistan to worldwide humanitarian missions, Pelican cases have been trusted to protect weapons, electronics, optics, and life-saving equipment in some of the most demanding conditions on earth. With the reimagining of these protective solutions at AUSA 2025, Pelican reinforces its role as a critical partner in modernizing the tools that protect soldiers and empower missions. As the NGSW program scales, Pelican stands ready to deliver protective solutions at the speed and reliability today’s operational landscape demands.

Pelican’s diverse range of protective cases – from case-and-foam solutions to custom-engineered packaging – will be on display at AUSA 2025, Booth #4139. Attendees are invited to see firsthand how Pelican engineering aligns with the U.S. military’s push toward lighter, stronger, and smarter gear and weapon systems.

06 Oct 25. Electro Optic Systems Holdings Limited (EOS) has been awarded a contract to supply Remote Weapon Systems (RWS) for the Australian Defence Force’s (ADF) LAND 400 Phase 3 Infantry Fighting Vehicle (IFV) program. The multi-year contract, valued at $108m, was awarded by Hanwha Defence Australia (HDA), the prime contractor to the ADF on LAND 400-3. The order includes the delivery of RWS, spare parts, training, and documentation. Under the agreement, EOS will deliver an enhanced R400 RWS, purpose-built to meet the Australian Army’s operational requirements and fully integrated with the AS21 Redback IFV. Manufacturing of the RWS will be undertaken at EOS’ facility in Canberra, drawing on a well-established national supply chain of more than 100 Australian companies. EOS’ RWS are world leading, proven in operational service with militaries in Australia, North America, Europe, the Middle East and Southeast Asia. Renowned as a provider of weapon system technology with over 2,500 systems have sold globally, of which more than 700 have been delivered or are contracted for delivery to the Australian Army.

“This contract is a win for Australian industry, and we are delighted to be working with Hanwha Defence Australia on this critical project for Army” said Dr Andreas Schwer, CEO of EOS. “The work will be carried out here in Australia, supporting skilled jobs, strengthening our sovereign defence manufacturing base, and showcasing the capabilities of local suppliers on a national program of strategic importance.”

The LAND 400 Phase 3 Project will see 129 IFVs delivered to the Australian Army. EOS’ contribution to the program underscores its role as a leading supplier of advanced weapon systems, while also delivering significant economic benefits through local investment, innovation, and capability development.

02 Oct 25. [auto-translated] Between September 29 and October 10, the 6th ‘Almogávares’ Parachute Brigade will lead the LONG PRECISION 25 (LG25) exercise, in which precision rifle teams from various allied countries – USA, Great Britain, Italy, France, Portugal, Brazil and Argentina – will participate, along with teams from the Spanish National Security Forces – Civil Guard and National Police. The annual LONG PRECISION exercise has become the most important exercise for the Spanish Armed Forces in terms of precision rifle training, its main objective being to train and integrate these teams in different scenarios and conflicts. The diversity of participants allows for the exchange of national and international techniques, tactics, procedures, and lessons learned, as well as mutual knowledge of new equipment and materials, to improve the specific capabilities of these units. The exercise consists of two phases: the first at the Casas de Uceda Manoeuvre and Training Area (Guadalajara) from September 29 to October 2, where emphasis will be placed on combat training in different situations; and the second at the San Gregorio Training Centre (Zaragoza) from October 3 to 10, where efforts will focus on field training in conventional and irregular combat scenarios, with integration and coordination among the participants. The 6th ‘Almogávares’ Parachute Brigade is the unit of the Spanish Army’s Land Force organised and prepared to conduct military operations that require an initial response to a crisis. The Spanish Army works to maintain its high operational readiness, expeditionary capabilities, and interoperability in order to rapidly integrate into national and international operational structures. (Source: joint-forces.com)

About Galvion:

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MISSILE, ARTILLERY, HYPERSONICS, BALLISTICS AND SOLDIER SYSTEMS UPDATE

October 3, 2025 by

Sponsored by Galvion

www.galvion.com

03 Oct 25. Cyprus unveils Serbian MRLs. The Cypriot National Guard revealed that it has acquired Serbian-made Tamnava multiple rocket launchers (MRLs) during the parade marking the country’s 65th anniversary of independence on 1 October. Three Tamnavas were included in the parade in Nicosia, all of them carrying reusable pods for 122 mm unguided rockets rather than the 262 mm munition that is also advertised for the system. Yugoimport, Serbia’s defence export agency, said the 122 mm rocket has a range of 40 km compared with 70 km for the 262 mm. The system is capable of carrying two additional 128 mm pods that it can load onto its launcher using its own crane. Yugoimport described the Tamnava as a fully automated system that integrates an advanced fire-control system, inertial navigation, a meteorological sensor, and radios capable of transferring data. The Cypriot Tamnavas are slightly different from the Serbian ones as they use a MAN TGS 8×8 truck with a different cab, not an 8×8 made by Serbia’s Fabrika automobila Priboj (FAP). The 155 mm Nora B-52 self-propelled howitzers that Serbia delivered to Cyprus in 2019 are on FAPs. It is unclear if the Tamnava is in service with the Serbian Land Army. A Serbian official said in 2024 that the Tamnava would replace the 128 mm M-77 Oganj MRL. However, it was not included in the artillery section of the parade held in Belgrade on 20 September, but at the end of the parade where systems that are still in development were displayed. (Source: Janes)

02 Oct 25. Significant step made to arming Royal Navy attack helicopters with ship-busting missiles. A significant milestone towards arming Royal Navy maritime attack helicopters with ship-busting missiles has been achieved. Initial Operating Capability (IOC) has been met for the anti-ship Sea Venom missile, meaning it can now be deployed with Wildcat helicopters on front-line duties. A Wildcat can carry up to four Sea Venoms, giving it the ability to strike multiple targets in a single sortie or unleashing a salvo against one target. It carries enough destructive power to target larger warships – like corvettes and patrol ships – while the Wildcat also carries the lightweight Martlet missile for taking out boat swarms and smaller vessels. IOC was achieved during Operation Highmast – the Royal Navy’s global mission to the Indo-Pacific led by flagship HMS Prince of Wales. Four Wildcats from 815 Naval Air Squadron are armed with Sea Venom on the deployment, spread across the Carrier Strike Group on carrier HMS Prince of Wales, destroyer HMS Dauntless and Norwegian frigate HNoMS Roald Amundsen.

Commanding Officer of 815 Naval Air Squadron, Commander James Woods, said: “The introduction of Sea Venom is a step-change in our combat power. It delivers a lethal combination of precision, reach, and flexibility that allows us to strike decisively against a wide spectrum of threats in the maritime, coastal, and land domains. Most importantly, it gives us the ability to neutralise those threats at range. This is a transformational capability for the Fleet Air Arm, and ensures that we are ready to defend and protect NATO and Allied interests at home and abroad.”

Sea Venom provides the long-range armament of the Future Anti-Surface Guided Weapon (FASGW) programme, with the short-range capability delivered by the Martlet missile, which is already in service. It is an advanced weapon, which can utilise an ‘operator-in-the-loop’, who can make real-time adjustments mid-flight to control the trajectory of the missile. An infra-red image is transmitted from up to four weapons simultaneously back to the operator, allowing them to control targeting. The missile is optimised for use against large coastal patrol vessels and corvettes. It is also capable of engaging coastal installations and land-based targets with a high degree of accuracy.

Commander UK Carrier Strike Group, Commodore James Blackmore, said: “Achieving Initial Operating Capability with Sea Venom is another milestone in ensuring the Carrier Strike Group remains a world-class, combat ready force. It strengthens our ability to safeguard the maritime environment, reassure allies, and deters adversaries. This capability ensures our aircrew can operate with confidence against a wide spectrum of threats, reinforcing the UKs commitment to delivering decisive air power at and from the sea.”

Commander of the Wildcat Maritime Force, Commander Andrew Henderson, added: “The integration of Sea Venom into a Ship’s Wildcat Flight at sea represents a significant enhancement to the Royal Navy’s lethality via its ability to strike targets at range. It’s precision, range, and versatility ensures that our frontline crews are equipped to meet the challenges of a multi domain and complex environment.” (Source: https://www.gov.uk/)

01 Oct 25. Ace Link Armor, a leader in advanced personal protection solutions, today announced the official launch of its groundbreaking Thermacore™ Heat Dispersion System, scheduled to debut at SHOT Show 2026 (Jan 20–23, 2026) at Venetian Expo in Las Vegas, NV.

“A Heat Highway for Protection” – By combining graphene and PCM technology, Thermacore creates a thermal pathway that moves heat away from the body with unmatched efficiency. – Jakub Dabrowka, CEO.

Designed to tackle one of the most overlooked challenges in body armor—heat stress under ballistic protection—the Thermacore™ system represents a major leap in operator safety and comfort.

The innovation combines a next-to-skin Thermacore T-shirt—featuring 37.5® Technology and Outlast® Fresh2Skin Mint Bath—with a ballistic vest carrier engineered with phase-change molecules (PCM) and highly oriented graphene layers. Together, the system regulates body temperature, wicks sweat at the vapor stage, and transfers heat away from the wearer with unmatched efficiency.

A Revolution in Armor Design

“This is not just an incremental upgrade; it’s a revolution in body armor design,” said Jakub Dabrowka, CEO of Ace Link Armor and inventor of Thermacore™. “For decades, carriers were passive holders of ballistic plates. With Thermacore, we’ve transformed them into active participants in physiological well-being. By reducing heat buildup and keeping core temperature at an optimal 99.5°F, we’re ensuring operators remain sharp, cool, and mission-ready—even in the harshest environments.”

Backed by Science

Thermacore™ has undergone rigorous testing, including laboratory hot plate evaluations and independent human subject trials at AITEX (Spain). Results confirmed significantly lower skin temperatures, reduced sweat retention, and faster recovery times compared to traditional vests.

“Innovation at Ace Link Armor is always about combining materials science with real-world performance,” said Paulo Almeida, R&D Leader at Ace Link Armor. “Graphene is one of the most conductive materials known, and by integrating it into a ballistic vest, we’ve created a thermal ‘highway’ that moves heat away from the body without batteries, motors, or added weight. It’s a passive solution with active results.”

Meeting the Needs of Modern Operators

Heat stress is a critical but often underestimated risk for military, law enforcement, and security personnel. By addressing it, Thermacore™ enhances overall survivability—not just ballistic protection.

The system reduces risks of heat stroke, cognitive fatigue, and physical exhaustion, ensuring users stay protected and effective for longer missions in extreme climates.

Official Launch

Ace Link Armor will showcase Thermacore™ at SHOT Show 2026, Booth 30012, Venetian Level 2 – Law Enforcement Area. Live demonstrations and technical presentations will highlight the system’s performance and groundbreaking design. However a Thermacore Base Layer Cooling T-shirt is already available commercially at Ace Link Armor website.

About Ace Link Armor

Ace Link Armor is a U.S.-based manufacturer of advanced ballistic protection, dedicated to innovation in defense and security. From hard and soft armor to helmets and carriers, the company provides cutting-edge solutions to armed forces, law enforcement agencies, and civilian users worldwide.

For more information, visit www.acelinkarmor.com (Source: BUSINESS WIRE)

01 Oct 25. Pakistan Army test launches new Fatah-IV missile. The Pakistan Army has conducted a training launch of its newly developed and inducted Fatah-IV land-attack surface-to-surface cruise missile. The Pakistan militaryʼs Inter-Services Public Relations (ISPR) announced the launch on 30 September, officially confirming the existence of the missile for the first time.

“A successful training launch of [the] newly inducted indigenously developed Fatah-IV ground-launched cruise missile was conducted today by [the] Pakistan Army at a range of 750 km,” ISPR said.

ISPR also confirmed that the missile, which it said is equipped with new avionics and navigational aids, forms part of the Pakistan Army’s newly established Army Rocket Force Command (ARFC).

“This weapon system is capable of evading [the] enemy’s missile defence system due to terrain-hugging features and engaging targets with high precision,” ISPR said.

“As part of [the] Army Rocket Force Command, Fatah-IV will further enhance the reach, lethality, and survivability of [the] Pakistan Army’s conventional missile systems.”

ISPR provided no additional information about the Fatah-IV missile. Unofficial images of the Fatah-IV emerged on social media for the first time in August 2025 at an event held by the Pakistan Army marking Pakistan’s 78th Independence Day. However, these images were not released by the Pakistan Army, ISPR, or any official agency. These images also showed an information board next to the missile that indicated that Fatah-IV has a range of 750 km, a maximum altitude of 50 m, a length of 7.5 m, and a weight of 1,530 kg. (Source: Janes)

01 Oct 25. MBDA Italy unveils Harpax family of loitering munitions. MBDA Italy unveiled the Harpax family of loitering munitions at the Seafuture 2025 expo in La Spezia, Italy, on 30 September. Scale models of both the Harpax ‘Mini’ and ‘Small’ configurations were presented with designs based on the “operational needs” of the Italian Army, a company representative confirmed to Janes . The hand- or ground-launched Harpax Mini is a quadcopter design with a maximum take-off weight (MTOW) of 2.5 kg (inclusive of a 500 g warhead). Measuring 86×86×30 cm, the vertical take-off and landing (VTOL) solution has an endurance of 20 minutes and an operational range of 5 km with a cruising speed of 50 km/h. Meanwhile, the tube-launched Harpax Small features collapsible wings and measures 100×13×13 cm when folded. The airframe has a 25 minute endurance, 15 km range, and 200 km/h cruise speed. With an MTOW of 8 kg, the loitering munition carries a 1.5 kg warhead, the representative said. Both products are targeting emerging requirements from the Italian Army, although the representative said additional operational needs are also emerging from the Italian Navy and Air Force.

“Harpax has been designed to perform better [in terms of] lethal capabilities, particularly against hidden threats, while minimising collateral damage,” the representative said, confirming both solutions feature electro-optical cameras and can be controlled autonomously or through “piloted FPV [first-person view]” flight modes.

The Harpax Small nosecone can also be swapped out to feature alternative payloads, including a radio frequency jammer, he added. (Source: Janes)

30 Sep 25. US Army reignites self-propelled howitzer competition after ATI pause. Though the Army said “the scope and organization of a soldier experiment for self-propelled artillery is still being defined,” the RFI suggests that the service is primarily looking for US-made and -manufactured solutions. After months of pauses and uncertainty, the Army released a request for proposal for its self-propelled howitzer competition, indicating that the service is prepared to launch forward with its mission to modernize its field artillery portfolio.

“Over the past 8 months, the US Army has been re-evaluating its objectives for modernization and adjusting those objectives to best support the new Army Transformation Initiative (ATI) strategy. Comprehensive analysis has confirmed the importance of 155mm self-propelled artillery system-of-systems to the Army,” read the request for proposal posted Monday. “Consequently, the US Army is considering opportunities to rapidly conduct soldier experimentation.”

After scrapping development of its Extended Range Cannon Artillery platform, Army officials embarked on a world tour last year searching for existing self-propelled howitzers. After seeing the offering of five companies — BAE Systems, Elbit Systems, General Dynamics, Hanwha and Rheinmetall — the service announced it was launching a competition to pick an existing platform. The competition was planned to kick off with the release of a Phase I request for proposal in mid-February, Breaking Defense reported in January. However, it was one of the programs put on hold as a result of ATI. Monday’s RFI is the first document that the service has published in regards to the long-awaited competition since it was paused earlier this year.

The RFI, authored by the Program Executive Officer for Ground Combat Systems, called on vendors to offer solutions that will “likely involve temporarily” providing self-propelled howitzer systems to brigades participating in the Army’s Transformation in Contact (TiC) initiative — the service’s push to rapidly test new equipment with units both inside the US and abroad to understand how that technology will operate in real-world environments. Though the Army said “the scope and organization of a soldier experiment for self-propelled artillery is still being defined,” the RFI suggests that the service is primarily looking for US-made and -manufactured solutions. For example, the RFI directs respondents to “provide a summary of your current supply chain and current suppliers used in the USA, including a map of major supplier locations. Highlight major supplier locations outside of the USA.”

“If not currently produced in the USA, describe how you would onshore production of the proposed system to the USA, including barrel production. Identify current US manufacturing facilities and sources of supply,” it added.

The RFI goes on to ask industry how long it would take to deliver one US-produced self-propelled howitzer, and how long for the delivery of six. One industry source who has been closely following the program as a potential competitor raised his eyebrows at parts of the RFI, including its tight timeline, especially amid foreign conflicts in which the artillery could be put to real-world use.

“We are not just sitting around on platforms. … I sell those,” the source said. “Do [companies] do a demo or do [they] supply a war in Ukraine or Israel?”

The source continued that it takes about two years to produce something like a howitzer, given the long lead times on parts and forging the barrel. Out of the five companies who participated in last year’s roadshow, several do not currently produce their platforms exclusively in the US. Despite those concerns, the RFI and associated questions in it do not mean the Army will ultimately require interested companies to hand over six howitzers within the next couple of months for a demo. That number and timeframe could shift based on responses that are due back to the Army by Oct. 10.

“This RFI is for informational purposes only,” the Army document said. “The information in this notice is subject to change and is not binding on the USG.” (Source: Breaking Defense.com)

30 Sep 25. Global Military Products has been invited to participate in the U.S. Army’s Transformation in Contact (TiC) 2.0 with its Scorpion Light 81mm mobile mortar system – under a Soldier Enhancement Program (SEP) contract with the Product Manager for Artillery Mortars and Precision Systems (PdM AMPS). Equipped with government-furnished M253 barrels, soldiers will have the opportunity to experience the latest advancements in mobile mortar technology and contribute to the modernization efforts within the mortar community. TiC 2.0 launches October 20th in Hawaii, where soldiers will first undergo five days of new equipment training from Global Military Products to achieve the operational knowledge and limited safety release required to live-fire the system. Soldiers will then participate in an additional 10 days of tactical scenarios and simulated combat operations with the Scorpion Light Systems. Training and experimentation will also include the Scorpion Light’s rapid-fire control system – designed to elevate operational efficiency with its ability to auto-lay and auto re-aim.

“Soldier touchpoints like the TiC 2.0 serve as an invaluable platform for government and industry to collaboratively review, assess and innovate with the latest technologies. Most importantly, they facilitate the utilization of soldier feedback to inform requirements and expedite the acquisition process for mortar modernization,” said James Knight, senior Manager, Defense Systems and Energetics, Global Military Products. “As a retired Army mortarman, I am intimately familiar with the Army’s requirements for mortar modernization and strongly support the TiC initiative to swiftly enhance the mobility, lethality, operator safety and air transportability of these assets.”

The Scorpion Light 81mm mobile mortar system can fire eight rounds and relocate in under two minutes, taking just 30 seconds to fire the first round and 30 seconds to displace after firing the last round. The unique, non-seating baseplate allows the system to emplace and displace rapidly and fire on nearly any surface. Its robust design, rugged construction, and resilient technologies make it a durable weapon that can withstand the rigors of combat, extreme temperatures, and harsh conditions, while remaining effective. The Scorpion Light on the IUV, has also been certified in the U.S. to be air-droppable and maintains internal air transportability within a CH-47, supporting expeditionary forces.

The Scorpion Light 81mm mobile mortar system and 72 mortar rounds will be fully integrated on two GM Defense Infantry Utility Vehicles (IUVs), a variant of the U.S. Army Infantry Squad Vehicle (ISV). The modularity of the system, however, is platform agnostic and allows for integration onto any vehicle platform. Integrations have already been completed on a G-Wagon and Polaris MRZR Alpha 4×4 and 6×6 platforms.

Global Ordnance is exhibiting at the 2025 AUSA Annual Meeting in Washington, D.C. October 13-15 in booth #943. The display will include a Scorpion 120mm mobile mortar system integrated on a high mobility multipurpose wheeled vehicle (HMMWV).

28 Sep 25. US Army’s 1st Cavalry Division Conducts First Switchblade 600 Live-Fire Exercise. As part of Pegasus Charge, 1st Cavalry Division’s effort in support of the Army’s “Transforming in Contact” initiative to modernize armored formations, soldiers assigned to the 2nd Armored Brigade Combat Team, 1st Cavalry Division, conducted Fort Hood’s first live-fire exercise of the Switchblade 600 Loitering Munition System, Sept. 15. The Switchblade 600 — a tube-launched, unmanned aircraft system — has already seen extensive use by Special Operations Forces, light infantry units and foreign partners. The 1st Cavalry Division is among the first armored units to field the system.

“This is the first time for all of our soldiers to see these munitions fired, and you can feel the excitement in the air,” said Army Capt. Jeffrey Weller, Multifunctional Reconnaissance Troop commander, 2nd Armored Brigade Combat Team, 1st Cavalry Division. “The Switchblade enables the brigade to engage targets with precision between 5 and 15 kilometers in front of our forward line of troops, extending our reach and lethality.”

Modernizing the Fight

The Army’s broader Transforming in Contact initiative aims to overhaul how armored formations fight by integrating new technologies, particularly drones and advanced communications.

“A huge thing the Army has seen across multiple battlefields, whether in Ukraine or elsewhere, is the rapid modernization and high usage of drones,” Weller said. “We’re taking those lessons learned and revamping our systems to stay ahead of adversaries.”

Roughly 5 feet long and weighing 75 pounds, the battery-powered Switchblade 600 resembles a drone, but carries a Javelin multipurpose warhead. It has a flight time of 40 to 45 minutes, a range of up to 27 miles and delivers a 5-pound explosive payload.

“It’s a remote-controlled missile that flies like a drone until it gets to the target,” explained a flight operations supervisor with the system’s manufacturer. “The operator uses onboard cameras to identify, select and engage the target.”

Once launched from its tube, the Switchblade can navigate through waypoints, loiter over the target area and strike with precision. Operators also retain the ability to wave off a strike mid-flight if conditions change.

“The Switchblade allows us to target vehicles or small groups of personnel from much farther away than before,” Weller said. “It increases our lethality, minimizes collateral damage and helps protect soldiers on the front lines.”

Before the live-fire exercise, soldiers completed a five-day training course with the manufacturer, during which they learned to set up, arm and program the drones for flight and strike missions.

Army Spc. Drake Cross, a Switchblade operator who has flown RQ-7 Shadow and RQ-28 Quadcopter drones for the division, said this was his first experience with a munition-carrying UAS.

“Everything else I’ve flown has been for surveillance and target acquisition,” Cross said. “This is the first one where I can actually deliver a round. It’s exciting because it saves soldiers’ lives by hitting targets without putting us in danger.”

Cross said the system was user-friendly and similar to other UAS platforms, adding, “There’s not much of a learning curve. Once you identify and lock onto a target, you can adjust right up until impact to make sure you’re hitting what you want.”

Looking Ahead

Weller said the Switchblade is just one example of how Transforming in Contact is reshaping the 1st Cavalry Division’s armored formations. He noted that the unit will use the system during their upcoming rotation at the National Training Center at Fort Irwin, California.

“The battlefield is constantly changing, and the Army has to modernize to keep pace,” he said. “Seeing systems like the Switchblade in action shows us the future of how our formations will fight. It’s a big step toward keeping our soldiers safer and more lethal.” (Source: U.S. DoD)

29 Sep 25. EOS Unveils Atlas Space Control Capability at IAC 2025. Electro Optic Systems (EOS) today debuted its new Atlas Space Control capability at the International Astronautical Congress (IAC) 2025 in Sydney. The Atlas family of ground-based high energy laser space control assets is designed to counter growing threats to satellites in an increasingly contested and congested domain. Scalable to mission needs, Atlas is offered in fixed, mobile and relocatable configurations that can be deployed globally to ensure freedom of action in orbit. With world-leading telescope and dome designs tailored to detect, track and characterise on-orbit objects in real time, Atlas provides deep space domain awareness both day and night, including for dim and hard-to-find objects. The system delivers scalable power levels that allow operators to adjust effects for different mission needs, from deterrence through to active engagement. Atlas also integrates with space domain awareness and multi-domain joint operations to strengthen intelligence and decision making.

“Space is now a contested domain, and the satellites that enable both defence and civilian life are increasingly at risk. Atlas has been designed to safeguard these assets by giving operators scalable, deployable options for deterrence and space control,” said Dr Andreas Schwer, CEO of EOS. “Atlas builds on EOS’ four decades of experience in space domain awareness and laser technology. It is a capability that combines proven expertise with operational flexibility, ensuring that allied forces have reliable options to maintain freedom of action in orbit.”

Atlas was unveiled earlier today on the EOS Space Systems stand (457) at IAC 2025 and will remain on display for the duration of the event. (Source: ASD Network)

26 Sep 25. Allen Control Systems (ACS), a leader in autonomous precision robotics, today announced it has been awarded a contract in collaboration with defense contractor ManTech to integrate its Bullfrog™ autonomous weapon system onto U.S. Special Operations Forces (SOF) maritime platforms directly supporting the warfighter. ACS is building the next generation of autonomous weapon systems to meet the demands of modern conflict. Its flagship product, Bullfrog™, uses artificial intelligence, computer vision, and proprietary control systems to enable any legacy or modern weapon to achieve precise engagements at any target and significantly increases the accuracy of existing battlefield systems.

Widely regarded as one of the most technologically advanced and operationally demanding missions in the U.S. military, SOF’s adoption of Bullfrog validates the system’s readiness, reliability, and strategic relevance during the most challenging engagements.

“Maritime SOF units operate in some of the most complex and high-stakes environments our military faces, and as such they are among those units on the forefront of adopting mission-critical technology,” said Mike Wior, co-founder and CEO, ACS. “Their selection of Bullfrog reflects an urgent need for adaptable systems deployable across land and maritime platforms and trusted to defend against the expanding drone threat. We are honored to be part of this unit’s mission.”

The rapid proliferation of low-cost weaponized drones is reshaping modern combat, demanding an entirely new approach to defense. Bullfrog is currently the only autonomous weapon station on the market capable of effectively neutralizing hostile drones and is needed by every organization responsible for national security. ACS is working alongside defense partners to ensure U.S. and allied forces can decisively counter emerging threats with unmatched speed, accuracy, and affordability. By combining advanced autonomy and precision robotics into deployable systems like Bullfrog, ACS ensures militaries are equipped to win in the next era of warfare.

About Allen Control Systems

Allen Control Systems (ACS) is a defense technology company that creates autonomous precision weapon systems to safeguard our military and partners, ensuring dominance on every battlefield. ACS is ushering in a new era of battlefield security, equipping U.S. and allied forces with the next generation of counter-drone technology. The company’s first product, Bullfrog, is a first-of-its-kind AI-powered robotic weapon station that enhances battlefield effectiveness by transforming legacy or modern weapon systems to achieve unmatched accuracy and impact. ACS is headquartered in Austin, Texas, with offices in Alexandria, Va. and Huntsville, Ala. For more information, please visit https://www.allencontrolsystems.com. (Source: BUSINESS WIRE)

26 Sep 25. Germany pursues multi-pronged quest for long-range missiles. Germany is prepared to host advanced U.S. missiles meant to deter Russia under a Biden-era plan, but final confirmation of the move by the Trump administration is still outstanding. At issue is the future of a July 2024 declaration by Germany and the United States, made on the sidelines of a NATO summit in Washington, that said Germany would facilitate “episodic deployments,” beginning in 2026, of long-range fires capabilities belonging to the U.S. Army’s Wiesbaden, Germany-based Multi-Domain Task Force. Fourteen months on, with a new U.S. administration in charge, officials at the defense ministry in Berlin told Defense News they believe the plan is still on.

“The federal government has no indications that the U.S. side has reneged from the temporary stationing of long-range cruise missiles in Germany,” a spokesman wrote in an email last week.

It’s unclear, however, whether the machinations of a global posture review conducted by the Pentagon under Defense Secretary Pete Hegseth will reflect what U.S. defense officials had in mind when announcing the agreement with Berlin last year. Specifically, the final location of the long-range fires unit attached to the Germany-based 2nd Multi-Domain Task Force is still up in the air. The formation, the 3-12 Field Artillery Battalion, is currently based at Fort Drum, New York, and in the process of receiving the kinds of weaponry meant to boost NATO’s deterrence chops from the heart of Germany. The U.S. Army plans to activate the unit on Oct. 16 a spokesperson for the service’s 56th Theater Multi Domain Command told Defense News. The plan is to grow the formation from 240 soldiers now to a final total of 540. Once fully established, the battalion’s arsenal is envisioned to include HIMARS rocket artillery, the Typhon launcher — which can fire Tomahawk and SM-6 missiles — as well as hypersonic missiles.

“At this time, we do not have any further information regarding unit rotation,” the spokesperson said, using military-speak to describe the formation’s location on the globe.

Col. Jeffrey Pickler, who commands the 2nd MDTF near Wiesbaden, told Defense News last month, the HIMARS rocketry is closest to being delivered to the stateside long-range fires battalion. As for the more advanced — and far-reaching weapons — like Typhon, he said soldiers will take more time to learn the system’s operation, looking for lessons from a sister unit devoted to the Pacific, which already has the capability. During various multinational exercise deployments in the Philippines, Australia and Japan, the Army’s Typhon launcher, dubbed Mid-Range Capability (MRC) in the service’s nomenclature, has already attracted the attention of China. The system can launch missiles with ranges of up to 2,000 kilometers, putting military installations in the Russian and Chinese hinterlands at risk that those countries would use to stage threats against Ukraine and Europe, as well as Taiwan, respectively. Lockheed Martin, which makes the Typhon, is under contract to make four batteries for the Army, which each include four launchers with four cells each, for a total of 16 missiles loaded at once. The company began production of the fourth battery over the summer, Edward Dobeck, program director of launch systems at Lockheed Martin, told Defense News in an interview in July. That’s where Berlin’s second avenue for getting a long-range missile system comes into play. (Source: Defense News)

26 Sep 25. China Converts Soviet-Era J-6 Fighter Jets into High-Speed Combat Drones. China has unveiled combat drones converted from retired J-6 fighter jets, confirming years of speculation about the People’s Liberation Army’s (PLA) plans to repurpose its Cold War–era fleet. The drones made their first public appearance at the Changchun air show in northeast China. The J-6 was a second-generation supersonic fighter with a top speed of Mach 1.3 (1,600 kilometers/995 miles per hour), a combat range of 700 kilometers (435 miles), and a capacity for 250 kilograms (550 pounds) of munitions. To convert the aircraft into drones, engineers removed all crew-related systems, including cannons, auxiliary tanks, and ejection seats, and added autonomous flight control, autopilot, and terrain-matching navigation. Additional weapon stations were also installed, increasing payload flexibility while retaining most of the original structure, which lowers cost and speeds up production. Exhibitors said the platform could serve as a strike aircraft, a training target, or a single-use kamikaze drone.

Potential Bigger Roles

Taiwanese lieutenant-general Shuai Hua-ming suggested that the repurposed jets could be used in swarm or saturation attacks against Taiwan, which lies within their combat range. Their speed and size reportedly make them harder to counter than smaller drones, and their outdated avionics may render them less vulnerable to jamming and directed-energy systems. The drones could also act as decoys, forcing Taiwanese radar systems to activate and reveal their positions. If used in kamikaze-style strikes, they could damage high-value ground targets at supersonic speeds.

Strategic Implications

China built thousands of J-6 fighters from the 1960s to the 1980s, and analysts estimate the PLA still has roughly 3,000 units available. According to military commentator and former PLA instructor Song Zhongping, repurposing them into drones offers a low-cost way to expand unmanned strike capacity at scale.

“The simplest and most cost-effective conversion would be to use it as a kamikaze drone,” Zhongping said, as quoted by the South China Morning Post. “If used as a reconnaissance drone, the conversion cost would be much higher.”

The conversion also reflects a broader PLA strategy to integrate legacy equipment into modern operations rather than rely solely on newer platforms. (Source: UAS VISION/NextGenDefense)

26 Sep 25. Lithuanian Startup Granta Autonomy Unveils X-WING Loitering Munition System. Lithuanian drone innovator Granta Autonomy has unveiled its new X-WING loitering munition system. The X-WING combines the vertical take-off and landing (VTOL) of a quadcopter with the efficient, fixed-wing flight of an airplane, giving it a range of up to 50km. This design provides front-line units with a portable, modular, and easy-to-deploy system for precision strike missions. Designed to be a „shooter“ to Granta’s „sensor“ Hornet XR reconnaissance drone, the X-WING also uses artificial intelligence (AI) for autonomous flight, even when GNSS or GPS signals are unavailable or spoofed. The X Wing system integrates Granta Autonomy’s robust micro gimbal systems, which feature powerful cameras that capture clear daytime images from long distances and provide thermal vision for nighttime operations. Granta’s Datalink solution ensures compatibility with most ground control station software, and an AI-based targeting system can help guide the UAV to heavily camouflaged targets. The X-WING carries a 4kg hybrid warhead, which was chosen for its versatility. It can penetrate heavily armoured vehicles while also producing a large number of fragments, making the UAV effective against softer targets like radars and anti-aircraft systems.

Gediminas Guoba, CEO and Founder of Granta Autonomy, said: “The X-WING is a direct result of our battlefield-tested philosophy. We’ve taken the lessons learned from providing thousands of drones to the front lines in Ukraine and used that invaluable experience to create a sister system to our Hornet XR recon drone that is ideally suited for modern combat. The X-WING’s unique VTOL-fixed-wing design gives it the tactical flexibility that units need, while its AI-powered autonomy and robust data systems ensure mission success in the most challenging electronic warfare environments. Like all Granta products, X-WING, from the first sketch, was designed for highly scalable manufacturing, allowing the UAV to be produced in thousands per month. We’re proud to bring a system to the market that is a battle-field proven, reliable, cost-effective force multiplier for allied forces.“

Founded in 2015 by Lithuanian engineers Gediminas Guoba and Laurynas Litvinas, Granta Autonomy specializes in unmanned aerial systems and related technologies. The company’s technology is developed as part of Lithuania’s broader initiative to enhance its defence capabilities and support allied nations. Granta Autonomy has profoundly impacted the war in Ukraine by supplying thousands of FPV and reconnaissance drones. The company stands out for creating highly capable drones that not only meet military needs but also withstand the intense electronic warfare at the front lines. To ensure their systems are effective and offer a strong price-to-value ratio, Granta’s engineers and Ukrainian military units that operate the drones regularly test them together on the front lines. Today, Granta Autonomy supplies forces across Europe with its UAVs, while also providing its proprietary Datalink solution and reconnaissance gimbals to a range of partners. The X-WING project follows the company’s earlier development of its UAV range, including the Granta GA-10FPV-AI quadcopter and the Hornet XR reconnaissance drone. (Source: UAS VISION/Monch)

29 Sep 25. Royal Navy completes first firing of new ship-busting missiles.

HMS Somerset successfully conducted the Royal Navy’s first firing of the Naval Strike Missile (NSM) in Norway.
The NSM, capable of striking targets over 100 miles away, marks a significant upgrade in capability, replacing the older Harpoon system.
This milestone highlights the strong UK-Norway partnership and the Royal Navy’s commitment to enhancing its operational lethality.

A Royal Navy warship has completed the first firing of new ship-busting missiles capable of taking out enemy vessels at ranges of more than 100 miles. Plymouth-based frigate HMS Somerset headed to Norway’s Arctic rocket range in Andøya to unleash the Naval Strike Missile (NSM) during an exercise – known as Aegir 25 – alongside Norwegian and Polish allies. The successful missile launch marks a major milestone on the journey to make the Royal Navy more lethal – and is demonstration of the strong bilateral cooperation between the UK and Norway. The 400kg NSM can be used against warships or land targets and is 20 years newer, has greater range and is a far more capable successor than the Harpoon system on Type 23 frigates and Type 45 destroyers.

Minister for Defence Readiness and Industry, Luke Pollard said: “The NSM is one of the most advanced missiles in our naval arsenal. It will give the Royal Navy and our allies an edge against our enemies.” This milestone, achieved through our exemplary international partnership with Norway, significantly enhances our maritime deterrent and underscores the Government’s dedication to investing in the technologies that will maintain Britain’s secure.”

Commander Matt Millyard, Commanding Officer of HMS Somerset said: “I am very proud of the team following the successful first of class firing of the Naval Strike Missile. This is not something that comes together easily and has involved an incredible amount of work by the crew and staff from across the defence enterprise. The professionalism and teamwork demonstrated by all throughout the planning and execution has been exemplary.”

The successful firing was the culmination of months of dedicated work, which involved meticulous planning and thorough tuning of the system – including alignment and sea acceptance trials.

Staff from Kongsberg Defence & Aerospace – who manufacture NSM – were on board HMS Somerset supporting prior and during the firing.

The NSM, which is also in service with the Norwegian, US and Polish navies, travels close to supersonic speeds (Mach 1) and can strike targets more than 100 miles away, evading detection by skimming on the sea.

It will be a complementary weapon for the ‘Future Cruise Anti-Ship Weapon’, which will become the Fleet’s premier long-range, heavy duty anti-ship missile, carried by the Royal Navy’s next-generation warships fitted with the Mk41 vertical launch system (including the new Type 26 and 31 frigates).

Commander Matthew Cox, NSM Programme Director said: “This programme showcases the strong UK-Norwegian strategic partnership, enabling the UK to achieve its first ship installation within 12 months of business case approval – an unprecedented pace for a complex weapons programme.

“The UK’s first NSM firing, hosted by Norway at Andøya, further highlights this enduring collaboration.”

Currently NSM is fitted to HMS Richmond, HMS Somerset and HMS Portland. Norwegian-led Aegir 25 continues to the end of September as allies conduct firings – including from land-based launch systems and by Norway’s Coastal Ranger Command. (Source: https://www.gov.uk/)

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25 Sep 25. North Korea close to developing ICBM that can hit US with nuclear weapon, South Korea’s Lee says. North Korea is in the last stage of developing an intercontinental ballistic missile that could hit the United States with a nuclear weapon, though it has yet to master re-entry technology, South Korea’s president said on Thursday. President Lee Jae Myung, who is visiting New York for the United Nations General Assembly, hosted an investor relations session on Thursday at the New York Stock Exchange. He pledged to reduce security risks linked to North Korea in order to draw more investments and spur the economy. “Whether for negotiations with the U.S. or for their own regime, they are continuing to develop intercontinental ballistic missiles capable of reaching the United States, carrying a nuclear bomb and bombing the United States,” Lee said. (Source: Reuters)

24 Sep 25. Joint Fires Network will complete transition from R&D to acquisition program Oct. 1.

“We’ll formally take the stick in a week,” said Maj. Gen. Luke Cropsey, head of the Air Force’s increasingly powerful PEO-C3BM, which is building new AI-enhanced command networks for the Air Force and the other services.

A key part of the Pentagon’s nascent AI-enhanced command system for future wars, the interservice Joint Fires Network, will complete its evolution from an R&D experiment to a formal acquisition program office on Oct. 1, Maj. Gen. Luke Cropsey told reporters here at the annual Air Force Association conference. Cropsey heads the Air Force’s Program Executive Office for Command, Control, Communications, and Battle Management (PEO-C3BM). In its three short years in existence, PEO-C3BM has already taken over more than 50 disparate programs that the Air and Space Forces want to fuse into a single Department of the Air Force Battle Network. As part of that process, the PEO’s Chief of Architecture and Engineering, Bryan Tipton, is studying how to consolidate disjointed, obsolescent or outright redundant systems into a more manageable number of more modern “end-to-end capabilities,” Cropsey said.

“In three months, I should have a draft of our enterprise-wide strategies about how we’re going to converge those stacks,” he added.

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These reforms don’t just affect the Air and Space Forces, however, because many of the systems Cropsey manages also carry vital data for the Army, Navy, and Marines as well. That means his PEO has come to play a central role in connecting all the services into a worldwide meta-network known as CJADC2 — and that role is now expanding even further with the PEO’s takeover of the Joint Fires Network project. Joint Fires Network began in 2019 as an interservice effort to manage the bewildering variety of potential targets and available weapons in a future US-China war. As one official put it, JFN tries to apply AI to the battle planning problem of “who should shoot who?” To date, JFN’s been run by US Indo-Pacific Command — with extensive input from other commands, armed services, and agencies — under supervision from the Pentagon’s undersecretary of research and engineering (R&E). But, last year, Cropsey announced JFN would transition to a formal acquisition Program of Record (POR) under his program office, moving from R&E’s supervision to the undersecretary of acquisition and sustainment (A&S). Specifically, Cropsey is standing up “what we’re calling an integrated program office” to run JFN, he said, combining personnel from the Air Force, Navy, Defense Information Systems Agency, and, to a lesser extent, the Army.

“I put a senior colonel out in San Diego as the senior guy out there representing me [at the JFN office],” Cropsey said. “He showed up this past summer, and we formally take the stick in a week. So 1 October, that program will transition over the Integrated Program Office, and we’ll be off.”

It’s worth noting that the traditional division between R&E and A&S is increasingly blurred, especially when it comes to software-heavy systems like CJADC2. The Pentagon can deploy prototype code (sometimes called a Minimum Viable Capability) during the ostensible “research” phase and seeks to constantly refine and rapidly update already-deployed code during what’s supposedly “sustainment.” Cropsey emphasized that he’s not cutting anyone out of the interservice collaboration on Joint Fires Network. “We’ve maintained that that joint/OSD-level flavor to how the program is being operated,” he said. “There’s a governance process for JFN that will stay just the way that it is, that ensures that the COCOMs, the related OSD offices, and the related services all have a voice into what that looks like and how we do it. That’s not changing.” An Air Force staffer explained that the Integrated Program Office will still fall under an interservice Executive Steering Group of generals, admirals and equivalent senior civilians. Likewise, Cropsey said he’s not kicking out any of the contractors currently working on JFN tech. “The other thing that’s not changing is the current performers,” he said. “They’re going to keep rowing.” Instead, the goal of the new structure is to reinforce success with more personnel. “What we’re doing is we’re adding additional capability, people-wise,” Cropsey said, “and we’re going to build out that program office so that we’re addressing integration aspects beyond what they’re currently capable of doing, with the added manpower.” (Source: Breaking Defense.com)

24 Sep 25. Pratt & Whitney’s new engines to power munitions and CCA. The company will conduct a second series of tests on the new family of engines early in 2026. Pratt & Whitney, an RTX business, is in the process of creating a novel family of engines with scalability ranging from 500 to 1,800 pounds of thrust. These engines will have the ability to power both munitions and collaborative combat aircraft (CCA), according to a company statement issued on 22 September 2025. Pratt & Whitney’s prototyping arm, Gatorworks, is responsible for the development of the engines. Created in 2018, Gatorworks focuses on the “rapid and agile development” of reliable lower cost military engines.

“The scalability of the architecture, the commonality across models, and the use of additive manufacturing will allow us to significantly reduce development and production timelines as we look at existing and future applications with customers,” Pratt & Whitney’s military engines business president Jill Albertelli said.

Pratt & Whitney is set to conduct a second series of tests on the new family of engines early in 2026. These tests are aimed at validating crucial design elements. Upon completion, this engine family will be available to domestic and international customers of Pratt & Whitney. The development of new engines follows the company’s opening of an 845,000ft² military engine manufacturing facility in Oklahoma City in October 2024. This expansion enables Pratt & Whitney to cater to the increasing demands for F135, F117, TF33, F100, and F119 engines from both US-based and global defence users. In March 2025, Pratt & Whitney also completed a series of tests on its innovative rotating detonation engine (RDE). These tests were undertaken in partnership with the RTX Technology Research Center (RTRC). (Source: airforce-technology.com)

23 Sep 25. Germany to buy anti-torpedo torpedo in 2026, leaked document shows. The German military intends to start the procurement process for a novel “Anti Torpedo Torpedo” in 2026, according to a budget planning document published by Politico Europe on Tuesday. Defense officials plan to allocate €70m ($83m) for the system, marketed by ThyssenKrupp Marine Systems as a kinetic interceptor to protect naval vessels against incoming torpedoes, according to the document. Officials envision consideration of the procurement by the parliamentary budget committee during the panel’s May 6, 2026, session, with a written proposal due to lawmakers two weeks prior. In an email to Defense News, a spokesman for the German defense ministry said he could not comment on the document or the program planning specifically. Atlas Elektronik, a subsidiary of TKMS, has for years advertised its SeaSpider anti-torpedo torpedo as the world’s first market-ready kinetic interceptor, arguing it’s the only way to reliably eliminate torpedoes with increasingly sophisticated seekers. Traditional torpedo defense has relied on tricking torpedo sensors into missing their target. Development of the SeaSpider technology began as a joint project between Atlas and the Dutch TNO research organization almost 20 years ago. The work continues now with funding from the European Union’s PESCO – Permanent Structured Cooperation – framework, a mechanism meant to deepen cross-border defense ties in Europe. The light torpedo is designed to independently lock onto and kill incoming torpedoes of any kind, serving as a short-distance, hard-kill interceptor. It has onboard sensors and homing abilities, and is uniquely driven by solid-fuel rocket propellant. No country has officially placed an order for the SeaSpider yet, although earlier this year, the Netherlands announced its intention to buy the weapon. The German and Dutch navies, whose commands are integrated, were deeply involved in the development and testing of the system. The Dutch navy’s anti-submarine warfare frigate will reportedly be the first to receive the new weapon in the Netherlands. On the German side, company officials have said their intended first user will be the new F127 frigate, whose planned progress through the German defense procurement motions roughly lines up. The F127 is a new ship class for the German navy, serving as an air defense-oriented frigate. According to the spreadsheet, a procurement decision is envisioned for one month later, in June 2026, and will be worth €26bn ($30.7bn). (Source: Defense News)

22 Sep 25. Textron Systems Corporation, a Textron Inc. (NYSE: TXT) company, announced today that it delivered the XM204 Top Attack Munition, an anti-vehicle terrain shaping system, to the U.S. Army to support U.S. Army Europe operations. The delivery occurred under the current XM204 low-rate initial production (LRIP) contract. The XM204 program is managed by Joint Program Executive Officer Armaments & Ammunition (JPEO A&A), Project Manager Close Combat Systems (PM CCS), and Project Manager Terrain Shaping Obstacles (PdM TSO). The delivery follows successful completion of U.S. Army-led First Article testing in April 2025, which certified the system for delivery to the Army and its allies. The certification included rigorous testing to verify the XM204’s target engagement and self-destruct technologies. With the certification complete, Textron Systems stands ready to fulfill orders for both the U.S. Army and its allies in need of counter-mobility capability. The XM204 is an anti-vehicle munition with standoff and top attack capabilities designed to support terrain shaping operations by supporting a number of counter mobility tasks such as blocking, disrupting and turning an enemy force. The XM204 can be rapidly emplaced and is highly portable; the system can be employed alone, in multiples or in tandem with other terrain shaping systems.

“The XM204 is the only system available of its kind providing autonomous terrain shaping capabilities,” said Henry Finneral, Senior Vice President, Weapon Systems. “Counter-mobility missions are critical to the Army’s terrain shaping and forces protection objectives, and the XM204 will provide unmatched capability to U.S. forces and allies.”

“The successful delivery of the XM204 is a testament to the power of collaboration and the need to modernize our terrain shaping capabilities. This achievement is a critical step forward in ensuring our forces maintain a decisive operational advantage on the battlefield,” said Colonel Vinson Morris, PM CCS Project Manager.

The system fulfills a critical requirement to increase the capability of terrain shaping obstacles as the military prepares to counter peer adversaries.

22 Sep 25. FoI Response: “Did an Archer Artillery System overturn on Salisbury Plain in the last 6 months.

Dear Mr Nettlefold,

Thank you for your email of 14 July 2025 in which you requested the following

information:

“Did an Archer Artillery System overturn on Salisbury Plain in the last 6 months.

What was the damage and cost and is the Programme suspended?”

On 3 July 2025 the cab of an Archer self-propelled howitzer did overturn by 90 degrees on Exercise DRAGON CYCLONE on Salisbury Plain Training Area. After investigation, the cause was determined to be a combination of testing terrain and the deliberately challenging exercise conditions applied in order to thoroughly train and test both the equipment and personnel.

It is worth noting that this is the only occasion that Archer has overturned whilst in use by the British Army. The gun is based upon a Volvo platform, which enables unconstrained physical rotation of the cab relative to the trailer. The gun crew selfevacuated safely from the cab with only minor injuries, both the turret and the ammunition within it were undamaged. As part of the recovery the gun was recovered in situ and system checks confirmed that there was no damage to the electronics and only minor physical damage to the cab. The Archer project will not be

suspended; it is a proven design that has now achieved Initial Operating Capability with the British Army.

on the Commissioner’s website at https://ico.org.uk/.

Yours Sincerely,

Equipment team Army Policy & Secretariat

BATTLESPACE Comment: Given that the Archer was tested under ‘deliberately challenging exercise conditions,;’ this shows that the fightability of the gun is limited to less arduous conditions. Simon Humphrey of Hanwha made this point in his pre-DSEI brief in that to achieve maximum capability that British Army’s heavy artillery must be able to fight the gun in all terrains, weather and conflicts. The statement that ‘it is the only occasion that Archer has overturned,’ is no excuse as clearly the system has just started trials. The 6×6 chassis was dropped in favour of an 8×8 by BAE Bofors just after the acquisition which clearly shows the limitations of the 6×6 chassis and its ability wage war in all conditions. In addition, having fired the 14 round magazine, Archer has to exit the battlefield to replen. Sourcves sugegst that the MoD and the Army see the Archer Procurement as rushed and political and are looking at a larger force of wheeled and tracked 155 SP Howitzers Time for another look at K9?

About Galvion:

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MISSILE, ARTILLERY, HYPERSONICS, BALLISTICS AND SOLDIER SYSTEMS UPDATE

September 18, 2025 by

Sponsored by Galvion

www.galvion.com

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18 Sep 25. RAFAEL & Israel MOD: IRON BEAM 450 Development Completed, Delivery to IDF Soon. The R&D Unit within the Israel Ministry of Defense (IMOD) Directorate of Defense Research & Development (DDR&D), the Israeli Air Force (IAF), and Rafael Advanced Defense Systems have successfully completed a series of tests lasting several weeks, demonstrating the capabilities of the Iron Beam high-power laser system, with Elbit Systems serving as a project partner manufacturing the laser source. The test series, conducted at a facility in southern Israel, concludes the development phase and represents the final milestone before delivering the system to the IDF for operational deployment. The system proved its effectiveness in a complete operational configuration by intercepting rockets, mortars, aircraft, and UAVs across a comprehensive range of operational scenarios. The successful trials mark a critical milestone towards operational deployment, with the first systems set to be integrated into the IDF air defense arrays by year-end.

Iron Beam is a ground-based high-power laser air defense system designed to counter aerial threats, including rockets, mortars, and UAVs. It features an advanced targeting system that enables enhanced operational range, high precision, and superior efficiency while maintaining its unique advantage of rapidly neutralizing threats using laser technology at negligible cost. The R&D Unit within the Ministry’s DDR&D has spearheaded the system’s development, working alongside primary developer Rafael.

The Iron Beam system represents a global technological and engineering breakthrough, expected to integrate into Israel’s multi-layered defense array as a complementary capability to the Iron Dome, David’s Sling, and Arrow air defense systems. The system utilizes Rafael’s unique “adaptive optics” technology, enabling a stable, focused, and precise beam.

As announced last May, operational prototypes of Rafael’s short-range tactical laser systems have been deployed throughout the current war and have successfully intercepted and defeated dozens of threats. Now that the Iron Beam’s performance has been proven, we anticipate a significant leap in air defense capabilities through the deployment of these long-range laser weapon systems.

Defense Minister, Israel Katz: “Achieving operational laser interception capability places the State of Israel at the forefront of global military technology and makes Israel the first nation to possess this capability. This is not only a moment of national pride, but a historic milestone for our defense envelope: rapid, precise interception at marginal cost that joins our existing defense systems and changes the threat equation. I thank all the people in the defense establishment who brought us to this moment. This achievement is theirs, and the people of Israel have much to be proud of. Our enemies from Gaza, Iran, Lebanon, Yemen, and other arenas should know: just as we are strong in defense, we are strong in offense – and we will do everything to protect the security of Israeli citizens.”

IMOD Director General, Maj. Gen. (Res.) Amir Baram: “Today marks the completion of our high-power laser system development – a historic milestone for Israel’s defense establishment and defense industries. This is the first time in the world that a high-power laser interception system has reached full operational maturity, completing numerous interceptions across various simulated operational scenarios. The high-power laser system will integrate within Israel’s multi-layered defense array, further enhancing multi-layered integration with additional missile interceptors through optimal cost-effectiveness and leveraging relative advantages against threat types, ranges, and environmental conditions.”

Head of DDR&D, Brig. Gen. (Res.) Dr. Daniel Gold: “The Iron Beam system exemplifies the exceptional capabilities of our defense industries under the DDR&D’s leadership – combining creativity, innovation, and ingenuity with outstanding management and execution. We’ve achieved global technological superiority through deployment on the battlefield by successfully integrating conventional defense industries and startup companies. Following these successful trials, we’re confident that combining laser and missile interceptors will significantly strengthen our defense envelope against rockets, missiles, UAVs, and emerging threats.”

Head of the R&D Unit, Brig. Gen. Yehuda Elmakayes: “Completing the Iron Beam capability demonstration marks the dawn of the era of widespread laser systems. After years of development and engineering led by our R&D Unit, in partnership with the IAF, Rafael, Elbit, and our defense industries, we’ve reached the stage where high-power laser systems are integral to Israel’s air defense array. Through the R&D Unit’s leadership at the DDR&D, Iron Beam will be the first step toward integrating directed energy weapons across all IDF defense and maneuvering systems.”

Rafael Chairman, Dr. Yuval Steinitz: “Rafael is the first and only company worldwide to successfully transform high-power laser technology into a fully mature, operational interception system capable of intercepting missiles and UAVs. We’re immensely proud of Rafael’s leadership in this operational and technological breakthrough. Today’s complex trial results prove that the talented team behind the Iron Dome is again revolutionizing warfare with what we call the ‘Laser Dome.’ Rafael’s laser system, built on our proprietary adaptive optics technology, will undoubtedly be a game-changing system with unprecedented impact on modern warfare.”

Rafael CEO and President, Yoav Tourgeman: “Rafael proudly concludes this successful, comprehensive laser system trial series, which included numerous complex scenarios that the system handled excellently. Rafael leads the laser interception revolution with operational systems representing the world’s most advanced technology. The ingenuity and boldness of Rafael’s premier scientists and massive R&D investments have produced technological breakthroughs and a globally significant operational-technological achievement. Rafael’s defense and offensive systems continue proving their battlefield effectiveness, contributing significantly to Israel’s security and citizen protection. In the coming months, we’ll deliver the first Iron Beam system from Rafael’s production lines to the defense establishment – a system that will fundamentally change the defense equation by enabling precise, rapid, and cost-effective interception unmatched by any existing system.” (Source: ASD Network)

18 Sep 25. UK Type 31 frigates: naval gun support MoU inked. The Type 31 frigates will introduce two entirely new main gun systems into the Royal Navy once they enter service. Babcock’s signing of a Memorandum of Understanding (MoU) with BAE Systems Bofors on a naval gun support package for the Royal Navy’s future Type 31 frigates has shone the spotlight onto the unique 57mm and 40mm naval gun configuration the class will feature.

Detailed in an 18 September release, Babcock said the MoU was signed in anticipation of an in-service support opportunity for the Bofors 57mm Mk3 systems and 40mm Mk4 systems fitted across the Type 31 frigate class.

Each Type 31 frigate will be equipped with a single 57mm main gun and two 40mm secondary weapons systems, offering considerable short-range conventional deterrence against small vessels, drones, anti-ship missiles, and fast attack craft.

Babcock, which is manufacturing the Type 31 frigates at its Rosyth shipyard, is already working with BAE Systems integrating the Bofors weapons systems onto the lead ship in class, HMS Venturer.

Both the 57mm and 40mm naval guns will be newcomers to the Royal Navy, which is undergoing an extensive warships replacement programme in a bid to solve critically low hull numbers and diminished capability.

Babcock currently provides in-service support to Royal Navy naval gun systems including the 4.5” Mk8 gun used across the old Type 23 frigates and Type 45 destroyers, the widely used Phalanx CIWS, and the GSA9 gunfire control system fitted to the Type 45 destroyers.

Type 31 main gun: Bofors 57mm

Also known as the BAE Systems 57mm Mk110, the Bofors 57 Mk3 is typically used for operations in the littoral zone, where warships operate closer to shore and thus potentially vulnerable to onshore threats, as well as combating fast attack craft and patrol boats.

Standard specifications

The system is the deck gun of choice for the US Navy’s Littoral Combat Ships and the US Coast Guard’s large National Security Cutters, the latter of which are a similar size and weight compared to the UK’s incoming Type 31 frigates.

Secondary guns: Bofors 40mm

Intended to complement the single 57mm Mk3/Mk110 on the Type 31 frigates will be two 40mm secondary weapon systems, one mounted in an elevated position just behind the main gun with the second installed aft on top of the helicopter hangar.

In this configuration, the two Bofors 40mm guns will offer a wide arc of secondary defence to complement the 57mm Mk3/Mk110. (Source: naval-technology.com)

18 Sep 25. Babcock and BAE Systems Bofors Coordinate Capabilities for Gunnery Support. Babcock International Group (Babcock), the defence company and BAE Systems Bofors have signed a Memorandum of Understanding (MOU) to offer a comprehensive package of support for the Royal Navy’s Type 31 Inspiration Class frigates multi-purpose Bofors Guns.

Working collaboratively for the anticipated in-service support opportunity for the Bofors 40 Mk4 and 57 Mk3 naval gun systems, the MOU brings together experts with unrivalled knowledge, technical capability and experience of the design and production of the cutting-edge gun system and wider gunnery support.

Babcock and the BAE Systems Bofors team have an established relationship and are already working closely together as the Bofors guns are being installed on the fleet of five Type 31 Inspiration class ships currently being built by Babcock at its Rosyth facility with the teams overseeing the preparatory integration and UK acceptance to service activities of these gunnery assets.

Babcock’s Mission Systems gunnery team has an impressive track record of international technical and field support, logistics and inventory management, independent safety assessments, maintenance, overhaul and repair. It is also the lead provider of In-Service Support (ISS) to current Royal Navy Maritime Gunnery Systems including the 4.5” Mk8 gun, Phalanx Close-In Weapon System and the GSA9 gunfire control system.

BAE Systems Bofors is recognised globally as one of the leading manufacturers of gunnery systems. As the original equipment manufacturer, BAE Systems Bofors hold the deep technical knowledge and design authority expertise to complement the capabilities of Babcock as the prospective ISS provider and combined this develops an enduring offering for global customers.

Neal Misell, Chief Executive Mission Systems – Babcock said: “These assets will provide a vital part of a ship’s defence and the signing of this MOU brings together our unmatched team of experts to support these critical naval gunnery systems through life. With decades of technological experience and an intricate understanding of both the weapons systems and the platforms they will be operating from, we are geared and ready to provide the most capable and cost-effective support we believe is available for these guns”

Patrik Selling, Director Naval Sales at BAE Systems Bofors said: “We are looking forward to contributing to an In-Service Support solution for our 40 and 57 mm Naval Guns that will fulfil the needs of the UK MOD and the Royal Navy, ensuring that the guns will be in effective service for many decades to come.”

18 Sep 25. IBCS (Integrated Air and Defense Battle Command System). Northrop Grumman and NCSIST Sign MOU to Collaborate on Air and Missile Defense Capabilities The MOU was recently signed at the Taipei Aerospace & Defense Technology Exhibition. (Photo Credit: Northrop Grumman) Northrop Grumman Corporation (NYSE: NOC) and the National Chung-Shan Institute of Science and Technology (NCSIST) signed a memorandum of understanding (MOU) to explore collaboration on air and missile defense modernization for the Taiwan Ministry of National Defense.

NCSIST is Taiwan’s primary institution for research and development in national defense technologies and focuses on the development, manufacturing and sale of defense technology to strengthen Taiwan’s self-reliant defense capabilities.

“At Northrop Grumman, we understand the crucial role of air and missile defense for Taiwan,” said Jeremy Knupp, vice president of global command and control systems, Northrop Grumman. “By leveraging our experience on programs such as the Integrated Battle Command System, which is the U.S. Army’s program of record for air and missile defense modernization, and NCSIST’s defense technology expertise, we are confident that our joint efforts will help strengthen Taiwan’s readiness to address evolving threats.”

18 Sep 25. Taiwan army to induct T112 sniper rifles. The Republic of China Army (RoCA) is preparing to induct the T112 sniper rifle into service, an official told Janes at the Taipei Aerospace & Defense Technology Exhibition (TADTE) 2025 in Taipei during 18–20 September. An official from the 205th Arsenal of the Taiwanese Ministry of National Defense’s (MND’s) Armaments Bureau said at the exhibition that development of the 12.7 mm T112 sniper rifle (formerly designated XT112) was now completed, and that full-scale production of the weapon is set to commence. The official said the rifle will soon enter service with the RoCA, where it will equip its special operations forces’ sniper units. The official said the rifle will be delivered in 2025 but he did not elaborate. According to the Armaments Bureau, the T112 is a 12.7×99 mm bolt-action long-range precision rifle. It is fed from a 10-round, detachable, double-stack, steel box magazine, and has an effective range of 2,000 m (2 km). The rifle weighs around 12 kg. It also features a tactical handguard, an aluminium alloy lower body, and a muzzle brake.

The Armaments Bureau also showcased the T112 5.56 mm assault rifle. The rifle carries a 30-round magazine, has an effective range of 600 m, and is equipped with a polygon-thickened barrel, multifunction tactical handguard, integrated picatinny rail, and adjustable stock. (Source: Janes)

17 Sep 25. Taiwan shows off first missile to be jointly manufactured with US arms maker. Taiwan unveiled its first missile to be jointly manufactured with a U.S. company on Wednesday, marking a major step in the fast-growing defence cooperation between Taipei and Washington to counter China’s military threat. Democratically-governed Taiwan is racing to bolster its armed forces as China, which views the island as its own territory, steps up its military pressure, including staging war games and regularly sending warplanes and warships into nearby skies and waters. (Source: Reuters)

17 Sep 25. What missile did a USAF F-22 use to break a fifth-gen record?

Manufacturer Raytheon stated the successful F-22 tests showcase AMRAAM’s extended time of flight but provide little details.

A USAF F-22 fifth generation fighter broke a new record last year for the longest air-to-air intercept firing
Neither the USAF nor the manufacturer disclosed the exact variant of the AMRAAM missile used
The development of beyond visual range air combat capabilities is a key aim for Western militaries

In the fall of 2024, the US Air Force (USAF) conducted the longest known AMRAAM air-to-air missile shot by an fifth-generation air superiority fighter during a series of tests using an F-22 fighter, it has been revealed.

Detailing the development in a 16 September release, AMRAAM manufacturer Raytheon, stated that the tests “demonstrated AMRAAM’s extended time of flight capability” and in doing so, “proving the munition can significantly increase the lethality of a fifth-generation aircraft”.

The programme is the result of the USAF’s form, fit, function refresh (F3R) development effort intended to enhance the performance of the long-serving missile.

“Achieving air superiority in the future, highly contested battlespace depends on the precision and lethality of air-to-air missiles,” said Sam Deneke, president of Air & Space Defense Systems at Raytheon, an RTX business.

In the release, Raytheon stated that AMRAAM air-to-air missiles are now being produced “at a higher rate than ever before”.

F-22 and its missiles: AIM-120D

The missile has been operational from its earliest variants for more than 30 years, and integrated onto 14 platforms in 43 countries, completing more than 6,000 live fires, according to Raytheon.

The latest variants of the AMRAAM, such as the AIM-120D, are flying considerably greater distances and at higher altitudes that early iterations.

Although not specifically disclosed, the missile was likely the AIM-120D variant, which is being integrated onto the USAF’s F-22 fighter under the Increment 3.2B modernization programme, along with the AIM-9X.

Increment 3.2B also incorporates new hardware, enhances Geolocate capability, and expands Intra Flight Data Link functionality, according to the USAF.

Configured in its main air-to-air role, the F-22 could be loaded with up to eight missiles while maintaining its stealth configuration, incorporating six AIM-120s in its main bay, along with a single AIM-9X located either side in the supplementary weapon bays.

The exact range of the AIM-120D is classified, but it is though to have intercept capabilities between 160-180km, enabling beyond visual range combat, utilizing a two-way data link for in-flight updates and retargeting. (Source: airforce-technology.com)

15 Sep 25. UK MoD to upgrade in-service L111A1 Heavy Machine Gun. The .50 Cal is a staple of Western military capability, offering mounted or dismounted fire support at ranges of up to 2km. Guns Platoon, Support Company, 3rd Battalion, The Parachute Regiment, operating RWMIK-mounted L111A1 HMGs on exercise in Kenya. Credit: UK MoD/Crown copyright

UK MoD says ten-year deal will create new jobs and sustain employment at FN UK’s facility.
Mid-life improvements are designed to overcome obsolescence, improve performance and reliability, and reduce through-life support costs.
Contract comes as FN UK marks a milestone of 50 years of manufacturing in the UK.

The UK Ministry of Defence (MoD) has awarded a new ten-year contract worth £20m ($27.2m) to upgrade and provide through-life support for the UK Armed Forces’ L111A1 Heavy Machine Gun (HMG) will create a handful of new jobs in the UK whilst sustaining 80 existing positions.

Defence Equipment & Support, the procurement arm of the UK MoD, through its Dismounted Close Combat Portfolio team, has awarded the contract to FN UK, the only manufacturer and assembler of machine guns in the UK.

According to a 15 September release, the contract will see FN UK undertake a mid-life improvement programme for the weapon over two years, followed by eight years of in-service support. All upgrade work will be carried out at FN UK’s manufacturing facility in Kent.

Upgrades are expected to commence with 18% of machine guns to be delivered by March 2026, 50% by March 2027, and the remaining 32% by March 2028.

Brig Nick Serle, Head of Military Capability Delivery for the British Army, said: “This mid-life update will further enhance the lethality of our close combatants.”

The contract comes as FN UK marks 50 years of manufacturing in the UK, tracing its origins to Manroy Engineering in 1975, which initially produced machine gun parts for the Ministry of Defence. FN Browning acquired Manroy in 2014 and renamed the company FN UK.

The L111A1 support contract award is separate from another UK programme to introduce a new dismounted assault machine gun in replacement of the L110 A2 Light Machine Gun (LMG), known as the Minimi in UK service, which was axed in 2018.

In the place of the Minimi, infantry sections were tasked to use the L129A1 Sharpshooter and the L7A2 GPMG 7.62mm heavy machine gun.

However, it now appears the UK MoD is seeking an alternative infantry machine gun, chambered in 5.56mm, and more easily carried by dismounted troops.

Specifications: L111A1 12.7mm (.50) HMG

The L111A1 12.7mm (.50) HMG is an updated version of the Browning M2 and serves as the UK military’s small arms fire support weapon, with an effective range of around 1.8km.

Able to be operated from dismounted tripods or fitted to vehicles, the L111A1, also known as the ’50 Cal’, is equipped across British Army platforms, as well as Royal Navy surface vessels. (Source: army-technology.com)

15 Sep 25. US Typhon missile system’s presence in Japan sharpens Asia arms race.

Summary
Typhon system showcased in Japan as part of annual Resolute Dragon exercise
Previous deployment of missile system criticised by Beijing and Moscow
Typhon’s presence in Japan could provoke stronger Chinese reaction, analysts say

The United States on Monday showcased its Typhon intermediate-range missile system in Japan for the first time, underscoring Washington and Tokyo’s growing willingness to field weapons that Beijing has condemned as destabilising.

The land-based launcher, capable of firing Tomahawk cruise missiles with enough range to strike China’s eastern seaboard or parts of Russia from Japan, will feature in the annual Resolute Dragon exercise. The two-week drill involves 20,000 Japanese and U.S. troops, along with warships and missile batteries.

“Employing multiple systems and different types of munitions, it is able to create dilemmas for the enemy,” Colonel Wade Germann, commander of the task force that operates the missile system, said at Marine Corps Air Station Iwakuni in front of the launcher.

“The speed with which it can be deployed enables us to forward position it when required expeditiously,” he said, adding Typhon will leave Japan after Resolute Dragon. He declined to say where the unit will go next or whether it will return to Japan.

The system’s unveiling in western Japan follows its deployment to the Philippines in April 2024, a move that drew sharp criticism from Beijing and Moscow, which accused the U.S. of fuelling an arms race.

Germann declined to say whether the unit in Japan was the same one that was deployed to the Philippines. Typhon was still in the Philippines when Reuters last checked with the military on August 28.

The U.S. also conducted live-fire exercises in Australia this year but its presence in Japan, closer to China, could prompt a stronger reaction, military analysts say.

China’s foreign ministry did not immediately respond to a request for comment on Typhon’s latest deployment.

“In the past, these deployments would have been nixed by DC and Tokyo bureaucrats out of fear of the Chinese reaction. You can see that’s less of an issue than it was, say five years ago,” said Grant Newsham, a Japan Forum for Strategic Studies research fellow and retired U.S. Marine Corps colonel who worked alongside the Japanese military.

00:14China says preliminary probe shows Nvidia violated anti-monopoly law

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‘FIRST ISLAND CHAIN’

The U.S. describes Iwakuni as part of the ‘First Island Chain’, a string of territories and bases stretching from Japan through the Philippines that hems in Chinese sea and air power and complicates its military planning.

Typhon can also fire SM-6 missiles designed to strike ships or aircraft at ranges beyond 200 km (125 miles). Washington is seeking to mass such anti-ship weapons across Asia as it tries to counter China’s growing missile arsenal.

Unlike next-generation missile projects, Typhon draws on existing weapons that are easy to mass-produce. That, military planners say, will make it easier for the U.S. and its allies to catch up with China, which this year plans to increase its defence budget by 7.2%.

Japan is also stepping up military spending. It is buying Tomahawk missiles for its warships and developing its own intermediate-range missiles as part of its biggest military expansion since World War Two. (Source: Reuters)

15 Sep 25. Thales is a major contributor to the success of SAMP/T NG selected by the Danish Ministry of Defence

The Danish Ministry of Defence has selected SAMP/T NG to strengthen its air defence and ensure interoperability with European and NATO armed forces.
The SAMP/T NG system is a mobile ground-to-air system designed to intercept and destroy medium range ballistic missiles, aircraft and drones.
Thales, integrator of the SAMP/T NG system in collaboration with MBDA, also provides the Ground Fire air defence surveillance radar. Produced in series since the beginning of the year 2025, this radar offers revolutionary performance with a range of up to 400 km and panoramic coverage at 360° and 90° elevation.

Initially designed to handle the Aster family’s ammunition (A30 B1 and A30 B1NT), for which Thales provides the seeker, a key element in missile guidance, each Danish section of the SAMP/T NG will rely on Thales’s Ground Fire radar, as well as on the Command and Control (Engagement Module New Generation), for which Thales is the design authority, and which is produced by Thales in cooperation with MBDA.

Based on fully digital active electronically scanned antennas (AESA) technology, the Ground Fire radar offers a high level of performance to detect, track and classify numerous targets, including in the most complex environments such as mountainous regions and high-traffic airspace. This radar offers a refresh rate of only 1 second and a surveillance capacity up to 400 km, with panoramic coverage at 360° and 90° elevation. It is capable of detecting drones, as well as ballistic missiles, taking advantage of the mobility of a tactical radar.

The open architecture of the SAMP/T NG system, designed by Thales, facilitates its integration and interoperability with other European systems, thus enhancing the air defence capabilities of the continent. The Ground Fire ensures strategic autonomy, with high operational readiness. Its design allows a high level of mobility, with reduced installation and dismantling times and compact dimensions equivalent to those of an ISO transport container.

The Ground Fire maximizes the performance of the new generation ASTER 30 and positions France among the leaders in air defence and medium-range antimissile defence.

The SAMP/T NG programme is overseen by the Organisation Conjointe de Coopération en matière d’Armement (OCCAR). Eurosam, a joint-venture between Thales and MBDA, is the lead contractor for the entire system.

“Thales is honoured by the choice made by the Danish authorities. With Eurosam and MBDA, we sincerely thank our client for their trust. The Danish armed forces will benefit from a state-of-the-art system to guarantee the protection of their airspace and contribute to the defence of European countries and NATO.” said Hervé Dammann, Executive Vice-President, Land and Air Systems, Thales.

15 Sep 25. Thales eyes more SAMP/T deals after Denmark picks European anti-missile system.

Summary
Denmark picked SAMP/T over US Patriot air defence system
Co-manufacturer Thales sees more potential export deals

France’s Thales (TCFP.PA) and its partners are talking to several European and other nations about potential new SAMP/T deals after Denmark picked the Franco-Italian air defence system over the U.S. Patriot, a senior Thales executive said.

“Air defence is clearly becoming a priority across Europe, not only the eastern part,” Herve Dammann, Executive Vice-President for Land and Air Systems, told reporters on Monday.

Prospects include not only countries that have publicly voiced interest, like Greece and Belgium, but other unidentified markets, he told a briefing on Denmark’s SAMP/T purchase.

Air defences are in focus after Poland shot down suspected Russian drones in its airspace with the backing of aircraft from NATO allies, the first time a member of the Western alliance is known to have fired shots during Russia’s war in Ukraine.

Denmark said on Friday it would acquire air defence systems, including two SAMP/T systems, for 58 bn Danish crowns ($9.1 bn), becoming the first European buyer outside France and Italy and rejecting bids for the widely used U.S. Patriot.

The competition was seen as a test of European efforts to boost purchases of regionally produced weapons, and put ties between two NATO allies further under the spotlight following a recent spat between Copenhagen and Washington over Greenland.

Danish officials have denied any link between the country’s largest ever arms purchase and recent tensions with Washington over U.S. President Donald Trump’s campaign to acquire Greenland, which has been under Danish control since 1721.

“This is not a rejection of Patriot, it is a selection of what is best,” Danish Defence Minister Troels Lund Poulsen told a news conference on Friday.

DANISH POLITICIANS BACK DECISION TO BUY IN EUROPE

Thales declined to comment on the political backdrop to the competition, saying this was a matter for the Danish government and that SAMP/T had won in part due to its 360-degree coverage.

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SAMP/T was developed by Thales and forerunners to the French and Italian subsidiaries of MBDA (AIR.PA)(LDOF.MI) the world’s second-largest missile maker behind RTX (RTX.N) which developed the Patriot system used by over half a dozen European nations.

The choice between American and European systems has become politically sensitive following a flurry of comments from Trump threatening to annex Greenland over security concerns.

While Danish officials emphasised the decision was based on technical and practical considerations, Danish politicians on left and right painted the procurement as a win for Europe.

“It pays to be a good ally … It has been a strong political desire to buy from reliable and non-threatening partners,” said conservative lawmaker Rasmus Jarlov on X.

“I will not hide the fact that I am incredibly happy that the 58 bn crowns will not go to the Israeli or U.S. arms industry, but will go to the European arms industry,” said Martin Lidegaard, leader of the opposition Social Liberal party.

Denmark is also looking at medium-range defences including the Norwegian NASAMS, German IRIS-T and French VL-MICA.

In a paper on defence readiness earlier this year, the European Commission identified air and missile defences as one of seven priority areas for filling gaps in military capacity. (Source: Reuters)

12 Sep 25. IPG Photonics details laser CROSSBOW C-UAS capabilities. IPG Photonics gave new details of its CROSSBOWTM MINI 3 kW high-energy laser (HEL) system at DSEI 2025.

“IPG CROSSBOW MINI is a patent-pending, compact field-ready laser defence system engineered to counter the escalating threat of unmanned aerial systems (UAS),” said the company in a press statement. “Designed for immediate deployment and scalable integration, CROSSBOW marks a transformative leap in directed-energy defence.

“CROSSBOW MINI 3 kW HEL, featured at DSEI UK, is optimized to neutralize Group 1 and 2 drones with unmatched precision. The CROSSBOW product line also includes CROSSBOW MINI 500 W Dazzler, which is available now, and pre-orders are being taken for the higher-power CROSSBOW MINI 8 kW HEL system.

“CROSSBOW MINI 3 kW HEL operates up to 12 hours on internal battery power and for extended missions with external power supplies. CROSSBOW systems can operate as a stand-alone laser defence system offering advanced tracking and engagement capabilities. In addition, single or multiple CROSSBOW systems can seamlessly integrate with existing command and control networks and radar platforms allowing for distributed protection of critical assets. CROSSBOW systems feature stowable beam directors, are easily transportable via commercial transport, and are capable of rapid deployment.”

“Following successful demonstrations in the field, CROSSBOW MINI 3 kW HEL has already neutralized over 100 drones in realistic scenarios including single and swarm attacks. Unlike complex alternatives, CROSSBOW systems enable turnkey reliability that operators can deploy and maintain without extensive specialized training.”

Lockheed Martin has selected the IPG CROSSBOW as the laser weapon system for integration into its Sanctum C-UAS architecture and has demonstrated its effectiveness at four unique field exercises, showcasing a ready-now capability to address the threat of small UAS affordably, effectively, and at scale.

“The modern battlespace demands integrated and layered defense against small UAS,” said Tyler Griffin, Lockheed Martin’s C-UAS Director. “To address this need, Lockheed Martin developed the Sanctum C-UAS ecosystem with end-to-end capability to detect, track, identify and defeat small UAS.

For more information

https://www.ipgphotonics.com/newsroom/news/ipg-photonics-to-debut-new-field-ready-laser-defen (Source: www.unmannedairspace.info)

10 Sep 25. Elbit Systems launches AI-based border defence surveillance system. Elbit Systems Ltd has introduced Frontier, a wide-area persistent surveillance system, designed to address the increasing complexity and intensity of border defence challenges. “Presented for the first time at the DSEI 2025 exhibition, Frontier is built to autonomously detect, classify, and assess threats in real-time,” said the company in a press release. “Frontier leverages advanced artificial intelligence (AI) to optimize intelligence gathering and decision-making in land, air, and maritime domains.”

Key features of Frontier include:

AI Based Adaptive Routine Learning: using cutting edge computing capabilities the system continuously learns and adapts to routine operations by analyzing vast amounts of data to detect anomalies and deviations.
Autonomous Threat Classification: Leveraging AI, the system autonomously identifies and classifies threats in real-time, enabing fast and accurate responses.
Smart Decision-Making Support: Frontier prioritizes and assesses the risk of potential threats, providing operators with clear, actionable insights.
Sensor Integration: Maximizes the capabilities of multiple sensors, turning data overflow into a coherent understanding of the peremiter.
Operational Efficiency: Reduces the workload on operating teams, and lowers operational costs, while improving mission success rates.

For more information

https://www.elbitsystems.com/news/elbit-systems-launches-frontier-next-generation-ai-based-system-tackle-evolving-border-defense

(Source: www.unmannedairspace.info)

08 Sep 25. General Defence, D-Flight partner to provide C-UAS protection for the Monza Grand Prix. According to a General Defence Linkedin post (translated by google translate):

“On the occasion of the Formula 1 Grand Prix of Monza, one of the most prestigious and followed sporting events in the world, safety was guaranteed not only on the ground but also in the sky. The strategic collaboration between General Defence and D-Flight (ENAV Group) has made it possible to deploy an advanced air protection system, creating a real “anti-drone no fly zone” over the Autodromo Nazionale area.

“Thanks to the implementation of the anti-drone system developed by General Defence, in synergy with the ENAV Group’s expertise in airspace management, it has been possible to monitor and neutralize any threat deriving from the improper use of remotely piloted aircraft. The initiative represented a fundamental step for the protection of the public, professionals and drivers, ensuring the conduct of the event in total safety.

“The system, based on technologies for detecting, identifying and countering unauthorized drones, worked in real time, integrating with civil airspace control procedures. This perfect integration has allowed the creation of an invisible but highly effective security barrier, capable of guaranteeing the protection of one of the most followed sporting events internationally.”

“The partnership with ENAV confirms the importance of creating a system between industrial and institutional players to face new challenges related to aviation safety” – said Francesco Colandrea, CEO of General Defence. – “The Monza Grand Prix was a world-class test bed to demonstrate the effectiveness of our technology.”

For more information

https://www.linkedin.com/company/general-defence/posts/?feedView=all (Source: www.unmannedairspace.info)

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About Galvion:

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MISSILE, ARTILLERY, HYPERSONICS AND SOLDIER SYSTEMS UPDATE

September 14, 2025 by

Sponsored by Galvion

www.galvion.com

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10 Sep 25. MBDA launch AKERON MBT 120, an innovative solution for Main Battle Tanks launched missiles.

Concept for a gun-launched non-line-of-sight (NLOS) missile for 120mm smoothbore tank guns
Innovation driven by response to learning from current global conflicts coupled with anticipating the future
Opportunity for an affordable capability at an accelerated pace and with scope for spiral development

MBDA took the opportunity, at DSEI UK 2025, to launch AKERON MBT 120, an innovative solution to provide main battle tanks (MBTs) with an affordable NLOS complex weapon capability to increase efficiency and survivability.

The current global context has seen a return for the need for mass armour in high intensity warfighting with peer adversaries. Therefore, it is critical that platforms such as MBTs are able to fight differently, and for new capabilities to enable their evolution in this context.

AKERON MBT 120 offers operators a fire-and-forget solution that matches dimensions of existing NATO 120mm rounds. This makes it suitable for the world’s most popular tank guns and offers high loadout by utilising existing ammunition stowage with no change to platform signature.

Eric Beranger, CEO of MBDA, said: “It is pleasing to see our internal innovations transition to an offer for the global market. This latest addition to our AKERON family offers our customers a solution for rapid development to an initial capability, spirally developed to enhance the efficiency of their existing platforms in a new way. It demonstrates MBDA’s ability to do something different in a rapidly evolving marketplace, and in a way that our customers can feel is cost-effective and will not increase logistic burdens.”

The concept is one of MBDA’s very latest, driven by the Group’s drive to ‘Do Different’ and accelerated by its own internal Innovation Awards, an initiative organised to celebrate the expertise that MBDA’s people bring to every area of its business.

The missile leverages ITAR-free, commercial off the shelf components to enable accelerated development. Combined with AI-enabled targeting software, it can deliver a highly effective solution with no need for third party designation. The missile will increase lethality, survivability and reduce the requirement for artillery support, altogether optimising existing MBTs for the new realities of next-generation armoured combat.

AKERON MBT 120 provides a 1-5km NLOS range using a passive seeker, boost rocket motor with low-smoke propellant, and an armour-defeating warhead. It bridges a space in MBDA’s portfolio between solider/infantry-portable battlefield weapons such as ENFORCER and AKERON MP, and anti-tank overwatch capabilities such as Surface Launched BRIMSTONE.

About MBDA

MBDA is a unique multi-national European group, a world-leader in the field of complex weapon systems, playing a key role in keeping nations safe. Created in the spirit of international co-operation, MBDA and its 18,000+ employees work together to support the national sovereignty of France, Germany, Italy, Spain and the UK, and their allies worldwide. As an accelerator for innovation, MBDA is the only European group capable of designing and manufacturing complex weapons to meet the full range of current and future operational requirements of the three armed forces (land, sea and air). Airbus (37.5%), BAE Systems (37.5%) and Leonardo (25%) jointly own MBDA.

11 Sep 25. Beretta Defence Technologies UK (BDT UK), the champion of the dismounted soldier, has signed a Memorandum of Understanding (MoU) with leading award-winning engineering firm Cambridge Precision. The agreement follows yesterday’s launch of BDT UK’s Land Industrial Strategy, which would see the revitalisation of a domestic UK small arms capability as the business strives for a strategic partnership with the UK Ministry of Defence (MoD).

Under the MoU, the two businesses will work together to develop a production plan for future domestic small arms components as part of BDT UK’s bid for Project GRAYBURN to replace the British Armed Forces rifle, the SA80. BDT UK will use the company to manufacture the components for its rifles, including the foregrip, upper receiver, lower receiver, trigger assembly and bolt carrier group. Should BDT UK’s GRAYBURN bid be successful, the manufactured parts will then be constructed, tested and evaluated at BDT UK’s dedicated facility in Faldingworth, Lincolnshire.

Cambridge Precision is an industry-leading precision engineering company serving clients across a variety of sectors. The business has an extensive range of state-of-the-art precision manufacturing engineering machine tools, Collaborative Robotics (Cobot), all supported with advanced Quality Assurance (QA) technologies and integrated digital control systems.

The partnership announcement follows months of close collaboration between the two businesses and demonstrates BDT UK’s commitment to developing a strategic supply chain in the UK to boost national resilience and ensure the continued supply of rifles to the MoD, without relying on complex international supply chains.

Jack Cadman, Military Group Manager at BDT UK, said: “Our partnership with Cambridge Precision demonstrates our commitment to the UK – we have set out our plan and we are already working to deliver on it. Project GRAYBURN has the potential to inject investment into the UK economy and provide jobs in Lincolnshire, and with our partners across the country. We look forward to working with the team at Cambridge Precision to create high-quality rifles with a UK supply chain.”

Richard Hefford-Hobbs, Chairman at Cambridge Precision, said: “This agreement with BDT UK will allow us to contribute our award-winning experience to develop essential components to keep soldiers safe on the front line. We look forward to building on our existing relationship and will work closely with BDT UK over the coming months to develop an effective strategy to reliably produce components to support Project GRAYBURN.”

12 Sep 25. Department of War Awards $39.6m to Expand Solid Rocket Motor Industrial Base. The Department of War today announced three awards totaling $39.6 m to expand the solid rocket motor (SRM) industrial base via Title III of the Defense Production Act (DPA). The awardees are Materials Resources LLC (MRL) in Xenia, Ohio; ICF Mercantile LLC (ICF) in Warren, New Jersey; and SPARC Research LLC (SPARC) in Warrenton, Virginia. These awards support the Department of War’s objectives to expand the munitions industrial base, bolster supply chain resiliency, and increase domestic production in strategic priority areas.

“These strategic investments in our solid rocket motor industrial base are crucial to ensuring the Department of War continues to have access to the munition propulsion systems required for our national security,” said Under Secretary of War for Acquisition and Sustainment Michael Duffey. “By partnering with industry through the Defense Production Act, we are strengthening the resilience of our supply chains and growing domestic manufacturing capacity that is vital to maintaining our technological edge.”

Using DPA Title III funds, the three new awardees will strengthen SRM production capability by modernizing existing facilities and improving manufacturing processes:

MRL was awarded $25.2 m to demonstrate SRM prototype production capability that will provide the Department with agile production of SRM metallic cases via additive manufacturing using MRL’s scalable manufacturing cells. MRL plans to use a phased approach to demonstrate agile, horizontally scalable SRM case manufacturing. The ability to switch materials and component designs routinely and quickly is a key feature of MRL’s proposed manufacturing capabilities.
ICF was awarded $9.3 m to establish the first domestic production source of rayon filament cellulose precursor rayon, which will in turn support the production of Carbon Phenolic Ablatives used in SRM and Re-Entry Body (RB) heatshields. ICF’s solution is based on Ionic Liquid (IL) technology that is an environmentally safe precursor for fiber cellulose production. This will also increase the capacity for rayon fibers and lower material costs for SRM production.
SPARC was awarded $5.1 m to establish a dedicated and affordable supply of rocket motor components for the SRM industrial base. The components produced will support improvements to high performance propulsion systems.

This announcement brings the total number of DPA Title III awards made to the SRM industrial base under a recent Defense Industrial Base Consortium Other Transaction Agreement (DIBC OTA) solicitation to four, for a total of $53.9m.

These are three of 14 investments made by the DPA Purchases Office totaling $777.1 m since the beginning of fiscal year 2025. These investments are complemented by $88 m in total recipient cost shares since the beginning of FY 2025. The DPA Purchases Office is overseen by the Manufacturing Capability Expansion and Investment Prioritization (MCEIP) directorate in the Office of the Assistant Secretary of War for Industrial Base Policy (OASW(IBP).

About the Office of the Assistant Secretary of War for Industrial Base Policy (OASW(IBP)

The OASW(IBP) works with domestic and international partners to forge and sustain a robust, secure, and resilient industrial base enabling the warfighter, now and in the future. OASW(IBP) also utilizes a new Defense Industrial Base Consortium Other Transaction Agreement (DIBC OTA) to solicit new ideas for research or prototype project solutions for critical Supply Chain Resiliency Focus Areas. It underscores the Department’s ongoing dedication to safeguarding the integrity of our crucial supply chain and furnishing our warfighters with materials and technologies promptly. To learn more about the DIBC OTA, please visit: https://www.dibconsortium.org.(Source: U.S. DoD)

10 Sep 25. General Atomics Aeronautical Systems, Inc. (GA-ASI) and AeroVironment (“AV”) (NASDAQ: AVAV) collaborated on the air launch of a Switchblade 600 loitering munition (LM) from a GA-ASI Block 5 MQ-9A unmanned aircraft system (UAS). The flight testing took place from July 22-24 at the U.S. Army Yuma Proving Grounds Test Range. It marked the first time a Switchblade 600 has ever been launched from an unmanned aircraft.

“This cooperative effort showcased how combining different unmanned technologies could really provide value and effects to the warfighter,” said GA-ASI President David R. Alexander. “By using MQ-9A to carry the Switchblade, the MQ-9A is able to stand off farther from enemy weapons systems and increase the range of the SB600, which will provide greater access and options in contested airspace.”

After successfully integrating the SB600 with the MQ-9A, the team released two LMs: one with an inert warhead and the other with a high-explosive round. After launch, the team transferred control of the Switchblade from a user in the MQ-9A’s ground control station to a user on the ground nearer the operational area.

The test further validated GA-ASI’s ability to integrate and operate a variety of airborne launched effects on the battlefield – including both those built by GA-ASI and by partners such as AV – and how their use in conflict provides risk-tolerant options to commanders in contested operations.

12 Sep 25. Moog and General Dynamics UK Unveil Specialist Air Defence Foxhound with RIwP Turret. Moog Inc. (NYSE: MOG.A and MOG.B) and General Dynamics Land Systems UK (GDLSUK) have teamed up to demonstrate a highly capable short-range air defence (SHORAD) variant of the British Army’s Foxhound 4×4 protected patrol vehicle. This specialist vehicle will debut at DSEI 2025, being held at Excel London from 9 Sept – 12 Sept.

The Foxhound 4×4 – an operationally-proven vehicle with over a decade of service in the British Army – will be the latest vehicle to host Moog’s Reconfigurable Integrated-weapons Platform (RIwP), an innovative modular and reconfigurable weapon system that is currently in service with the U.S. Army in both SHORAD and counter-UAS roles.

Both Foxhound and RIwP are designed to be flexible, giving end users true multi-mission capabilities to suit their specific requirements.

Foxhound is an adaptable, modular design that delivers high levels of protection, reliability, and availability for personnel. RIwP also features high levels of modularity and a common base cupola that can host various effectors and sensors, with integration possible on a range of platforms for both light and heavy forces.

At DSEI, the Foxhound variant will feature the British Army’s in-service HVM/LMM missiles, a 30x113mm cannon (fulfilling a ‘generalist’ CUAS role), 7.62mm machine gun, and an electro-optic sensor.

This specific integration demonstrates how light forces can leverage the significant firepower and lethality afforded by RIwP, combined with the proven capabilities of Foxhound.

The RIwP-equipped Foxhound would give British Armed Forces a world-leading SHORAD and counter-UAS capability. Both technologies are mature and in service, which would accelerate the timeline for entry into service, and both would be made in Britain, assuring UK sovereignty and freedom of action.

With RIwP featuring a common base hub that can be configured for a number of critical missions, the Foxhound could also be leveraged for other key mission sets, including counter-drone operations, and anti[1]armour operations in a mounted close-combat overwatch (MCCO) role.

The latest collaboration between Moog and GDLSUK continues a long-standing relationship between the two companies. Several RIwP integrations have already taken place on leading General Dynamics vehicles, this includes the U.S. Army’s Stryker 8×8 (in service as SGT Stout and in a C-UAS role under the MLIDS programme), the Tracked Robot 10-ton (TRX), and the General Dynamics European Land Systems Pandur 6×6.

Richard Allen-Miles, EMEA Capture Lead, Moog, said: “We’re excited to showcase this highly-capable SHORAD vehicle at DSEI 2025 and highlight even more cutting-edge solutions with General Dynamics Land Systems. The RIwP-equipped Foxhound is one of the most advanced platforms available today for SHORAD and thanks to its reconfigurability and base hub design, can be used for other missions, including C-UAS and MCCO.”

Nick Williams, Head of Strategy and Business Development, GDLSUK, said: “The RIwP-equipped Foxhound is a powerful example of British-led innovation and industrial collaboration. By integrating Moog’s proven RIwP system onto the battle-tested Foxhound platform in just weeks at our Merthyr Tydfil facility, we’ve demonstrated how agile, sovereign capability can be rapidly delivered to meet evolving threats. But this is just the beginning. Foxhound’s modular architecture and adaptability unlock significant untapped potential—not only for SHORAD and counter-UAS missions, but also for a wide range of operational roles. This flexibility makes it ideally suited to meet the British Army’s evolving requirements and opens up exciting opportunities for export customers seeking a mature, multi-role platform that can be tailored to their specific mission needs.” (Source: ASD Network)

10 Sep 25. Beretta Defence Technologies UK (BDT UK), the champion of the dismounted soldier, has today announced its Land Industrial Strategy for Project GRAYBURN. The launch, which took place at DSEI UK, marks a clear statement of intent from the business, aiming to replace the British Armed Forces’ in-service rifle, the SA80.

BDT UK’s Land Industrial Strategy sets out the business’ plan for creating a strategic partnership with the MoD, onshoring the required technology to restart a domestic small arms capability – the first time in over 20 years. Within the document, BDT UK sets out a range of industrialisation options, including making 5%, 20% and 100% of the rifles’ components in the UK. Using three different rifle production ranges, BDT UK has demonstrated the change in unit price, domestic investment and UK jobs associated with different MoD demand levels. The contents of the document have been developed over the past year, using the wider BDT group’s deep experience in localisation following contracts such as Baretta’s M9 pistol in the USA and the recent creation of Bindig in Qatar as a joint venture with Barzan Holdings.

The publication of this strategy establishes BDT UK’s aim to redevelop and reinvigorate a sovereign small arms capability in the UK. It also demonstrates the potential of Project GRAYBURN as a vehicle for domestic investment, employment and future exports. But for BDT UK, Project GRAYBURN is the kickstarter for a wider strategic partnership between Defence and industry – offering the potential for the domestic manufacturing of additional small arms capabilities to meet future UK military and Law Enforcement demand, in addition to the export market.

BDT UK is committed to developing the next individual service weapon in the UK that provides increased lethality and confidence amongst front-line personnel. The launch of this Land Industrial Strategy marks an important development in the future of UK small arms.

Jack Cadman, Military Group Manager at BDT UK, said: “Today’s announcement solidifies our commitment to providing a new individual service weapon to the British Armed Forces and highlights the true economic impact that our plans could have for the UK. For us, GRAYBURN is just the start – we are committed to creating a UK strategic partnership with the MoD to ensure we can deliver for now and for decades to come”.

10 Sep 25. MBDA adds SPEAR GLIDE variant to portfolio.

Lower cost weapon for higher combat mass and enhanced lethal effects
Designed for high rate production and accelerated entry into service
A complimentary capability for SPEAR and SPEAR-EW

MBDA used DSEI UK 2025 as a showcase for its addition of SPEAR GLIDE, a cost-effective addition to the SPEAR family of weapons. Building upon existing variants, SPEAR GLIDE extends MBDA’s portfolio with a clear focus on rapidly expanding stockpiles.

SPEAR GLIDE offers a lower-cost option using readily available commercial off-the-shelf (COTS) components and alternative production lines, while using artificial intelligence (AI) to maintain missile performance with image based navigation for GNSS denied environments. The suitability for SPEAR GLIDE for rapid volume production enables production surge should the need arise.

Developing SPEAR GLIDE using MBDA’s digital twin capabilities with real life SPEAR performance data has enabled accelerated development programme through Concept and Assessment phases. Leveraging existing infrastructure, loader systems, storage, test equipment, facilities and integration solutions for 4th and 5th generation platforms, SPEAR GLIDE has reduced risk and acquisition costs, and the opportunity for accelerated entry to service.

Eric Beranger, CEO of MBDA, said: “SPEAR GLIDE embodies MBDA’s commitment to a comprehensive, efficient, integrated weapons portfolio. By offering a lower-cost, higher mass option that fits seamlessly into our family of systems, we are enhancing flexibility and value for sovereign capabilities.”

An integral member of the SPEAR family, SPEAR GLIDE offers a versatile, adaptable solution for precision strike and SEAD. It is capable of engaging a wide range of static and mobile targets in the most challenging operational environments, including soft and moderately hardened fixed sites. A fire-and-forget capability with multiple engagement modes, it provides a high platform load-out, for mass and saturation effects.

About MBDA

12 Sep 25. L3Harris Fiber-Optic Cable Delivering Real-Time Torpedo Guidance to US Navy. L3Harris recently cleared a critical milestone for a new fiber-optic torpedo cable, a cutting-edge technology designed to provide the U.S. Navy with real-time guidance capability for its next-generation submarine-launched weapon system, the MK-48 (Mod-8) torpedo.

L3Harris’ development of a state-of-the-art torpedo cable for the Improved Post-Launch Communications System (IPLCS) cleared Proof of Design (POD), transitioning from development to manufacturing phase, formally preparing the advanced technology for operational deployment.

“Providing accurate targeting data to torpedoes is a critical advantage in submarine warfare,” said Dave Kornick, President, L3Harris Intelligence and Cyber. “This technology will give U.S. and partner nations the ability to steer advanced MK-48 torpedoes using real-time data, a significant advantage that leaves enemy ships with less time to react and no room to evade.”

IPLCS is a fiber-optic guidewire that connects the submarine to the torpedo, providing real-time data and communication. IPLCS replaces older copper wires, giving these torpedoes thousands of times more bandwidth and a greater range.

Despite being about as thick as 20-pound fishing line, L3Harris’ fiber-optic cable offers higher strength and greater reliability than its copper predecessor. It has now been through rigorous testing, including sea trials, proving its performance in inhospitable marine environments. The testing regimen mimicked the high-speed and full-range maneuverability the tether will experience when connected to an active torpedo to ensure a U.S. advantage during conflict.

These new fiber optic cables will be delivered to the Naval Sea Systems Command (NAVSEA) and Program Executive Office Undersea Warfare Systems (PEO UWS). The Royal Australian Navy (RAN) is a partner on the IPLCS program and works within the Undersea Weapons Joint Program Office (PMS 404), with the cable system set to be incorporated into RAN Colins Class submarines in addition to U.S. Navy submarines.

IPLCS began as a DARPA-funded program in partnership with the University of Central Florida pursuing ultra-small, highly-integrated optical fiber cable. Now, IPLCS is one step closer to providing U.S. and allied navies superior technology as they secure one of the most important arenas in potential future conflicts – the undersea maritime domain. (Source: ASD Network)

10 Sep 25. MBDA unveils STRATUS for future cruise and anti-ship capabilities.

STRATUS the new name for the Future Cruise / Anti-Ship Weapon (FC/ASW)
New missile design as the programme moves on towards Development Phase
Programme maturity the result of strong European cooperation to deliver decisive capabilities for protecting sovereignty

On 10 September on the MBDA booth at DSEI UK 2025, UK Minister of State for Defence Procurement and Industry, Luke Pollard MP and Armament General Engineer Gaël Diaz De Tuesta of France’s DGA (Direction Générale de l’Armement) unveiled STRATUS as the new name for FC/ASW.

The unveiling took place at a model of the brand new design for STRATUS LO (Low Observable) – formerly known as TP15 – and a model for STRATUS RS (Rapid Strike) – formerly known as RJ10 – highlighting the significant progress of the programme.

Through one programme, MBDA is developing two complementary, adaptable and interoperable missiles that will deliver decisive capabilities for deep strike, anti-ship, suppression & destruction of enemy air defences and defeat of high value assets.

The missiles are for use across the air, sea and land domains, from multiple platforms, and are able to operate in denied areas. Together, they combine the survivability benefits of high speed/manoeuvrability and low observability needed for optimal flexibility and performance in tomorrow’s contested battlespace and high intensity conflicts.

Eric Béranger, CEO of MBDA, said: “These new advances on STRATUS are the result of France, UK and Italy’s strong commitment to develop Europe’s present and future critical capabilities. Maturing such a large portfolio of technologies in such a short amount of time has required a massive effort between the nations, and has again demonstrated the value of the MBDA cooperation model. MBDA will continue to deliver on the next phase, bringing together France, the UK and Italy to meet the armed forces needs and protect European citizens for the years to come”.

MBDA continue at pace for the next phase of the programme. The successful conclusion of the programme’s Assessment Phase endorsed the maturity of the advanced technologies and systems required to launch the full Development Phase.

STRATUS is leveraging the full strength of MBDA co-operative DNA with more than 750 engineers working on the programme across the Group.

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About Galvion:

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MISSILE, ARTILLERY, ARMOUR, HYPERSONICS AND SOLDIER SYSTEMS UPDATE

September 10, 2025 by

Sponsored by Galvion

www.galvion.com

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10 Sep 25. KHAN ballistic missile system to position Indonesia ahead of ASEAN neighbors in precision-strike capability, says GlobalData. Indonesia’s recent induction of the Turkish-origin KHAN tactical ballistic missile system marks a pivotal milestone in its ongoing defense modernization efforts. This development not only enhances the Indonesian Army’s strike capability but also signals an accelerating arms race among Southeast Asian countries. The KHAN system’s capability positions Indonesia ahead of many of its ASEAN neighbors in precision-strike capability, a domain traditionally dominated by regional heavyweights like China and India, according to GlobalData, a leading data and analytics company. GlobalData’s latest report, “Indonesia Defense Market Size, Trends, Budget Allocation, Regulations, Acquisitions, Competitive Landscape and Forecast to 2030,” reveals that the Indonesian government allocated $11.8 bn to its total defense budget in 2025, reflecting a compound annual growth rate (CAGR) of 7.7% from 2021 to 2025. The country’s defense budget is projected to grow at an estimated CAGR of 7.3% during the forecast period, reaching $16.9 bn by 2030. This growth is anticipated to support all of Indonesia’s defense modernization ambitions throughout the forecast period. The KHAN system, capable of delivering precision strikes up to 280 kilometers, provides Indonesia with a long-range precision strike capability that it previously lacked. Mounted on an 8×8 Tatra vehicle, the system ensures high mobility, allowing for rapid deployment across the diverse geography of the Indonesian archipelago. The mobility aspect of the missile system significantly enhances survivability and complicates adversaries’ prospects for counterattacks. Moreover, the KHAN’s ability to operate in electronically contested environments, leveraging the integrated GPS and GLONASS-aided inertial guidance, ensures high accuracy.

Gone Sai Kiran, Aerospace and Defense Analyst at GlobalData, comments: “The delivery of this missile system comes at a time when the Asia-Pacific (APAC) defense industry is experiencing rapid growth, largely driven by heightened tensions due to China’s assertiveness in the South China Sea and the Indian Ocean. For Indonesia—whose strategic position astride critical maritime chokepoints like the Malacca Strait makes it a key stakeholder—such capabilities are vital for safeguarding its sovereignty and sea lanes.”

This delivery also underscores the deepening defense partnership between Indonesia and Türkiye. As the first foreign operator of the KHAN missile system, Indonesia is looking to diversify its defense procurement sources. Additionally, this acquisition opens avenues for joint development, technology transfer, and potential naval missile acquisitions, such as the Atmaca anti-ship system. This aligns with Jakarta’s long-term strategy of developing a more self-reliant and technologically advanced defense sector.

Kiran concludes: “Indonesia’s induction of the KHAN system is more than a simple procurement; it signals that more countries in Southeast Asia are aiming to acquire advanced missile systems amid rising territorial disputes. This year, the Philippines also received BrahMos missile batteries from India, while Vietnam has expressed interest in purchasing similar missile systems. As territorial disputes and armed conflicts continue to arise in the region, more Southeast Asian countries will likely arm themselves with advanced missile systems throughout this decade.” (Sourfce: GlobalData) Media Centre

09 Sep 25. KNDS Deutschland and EuroTrophy declare the completion of the successful integration of the Trophy® Active Protection System (APS) onto the BOXER Armored Personnel Carrier (APC). Following a joint industry initiative, the two companies had recently completed the integration of the Trophy® APS on a first pre-serial prototype BOXER in an APC configuration. The engineering efforts included design reviews, surveys and adaptation work to a first of its kind BOXER Mission Module, to be able to carry the APS and enable the full scale of its capabilities. Most recently, the integration was completed by successfully conducting all system tests on the platform, including calibration of the APS, thus making it ready for live firing. As a result of the successful integration and the creation of a first prototype, the companies also announce that a series of live firing tests will be conducted in Germany during the upcoming months. This will serve as a ‘risk mitigation’ activity for all current and future BOXER users who are currently seeking to enhance the protection capabilities of their platforms. The BOXER is one of the world’s leading 8X8 Armored Fighting Vehicles, and offers unmatched modularity. The first of its kind integration of a mature and combat proven APS, makes it combat ready, and enables unparalleled protection from ATGMs, RPGs, drones and other ‘Anti-Tank’ threats.

Ralf Ketzel, CEO of KNDS Deutschland, had stated: “With the successful integration of the Trophy® system on Boxer the three Companies EuroTrophy, Rafael and KNDS continue the way started with the LEOPARD 2 A8 to provide advanced technology to protect the lives of soldiers.”

Meir Ben-Tzook, Chairman of the Board at EuroTrophy added: “These integration efforts between the BOXER and Trophy® stems from a deep understanding that the mission of the BOXER had changed profoundly, it will now have to be used in the frontlines, where Trophy’s capabilities play a major role. We are pleased with the progress of the activity so far and are looking forward to continue the good cooperation with all parties involved.” 2 | P a g e

About EuroTrophy

EuroTrophy is the European hub of the Trophy® APS. Based in Germany, the company is the only provider of a European made, combat proven, NATO fielded Active Protection System. The company also provides a wide range of services such as vehicle integration support, maintenance and related introduction

09 Sep 25. MBDA launch CROSSBOW™ the ONE WAY EFFECTOR HEAVY at DSEI.

‘Battle ready’ deep fires response to the current threat environment
Rapidly developed capability: Design to demonstration ready in months
Production at scale possible as early as 2026

MBDA is presenting its latest ONE WAY EFFECTOR (OWE), an affordable heavy deep fires solution named CROSSBOW™ the OWE HEAVY at DSEI UK this week, 9-12 September 2025. CROSSBOW™ the OWE HEAVY has been designed to be a deep fires capability able to operate in high intensity conflicts and notably in complex electromagnetic environments, at a cost that enables significant combat mass. , With MBDA responsible for the overall weapon system, together with a team of small and medium sized enterprises (SMEs) and large businesses from across Europe, CROSSBOW™ the OWE HEAVY has gone from design to demonstration in seven months. Helped by a modular design utilising military and commercial “off the shelf” subsystems, production at scale is possible as early as quarter two (Q2) 2026. MBDA has brought its high-end complex weapons understanding to deliver a credible solution, with options for spirally developing the capability across survivability, range/lethality, navigation, and platform integration as the customer or the evolving threat dictates. CROSSBOW™ the OWE HEAVY is ground launched from the back of a vehicle, delivering multi-role kinetic and non-kinetic payloads up to 300kg out to ranges in excess of 800km, destroying static targets, among which high value assets.

Eric Beranger, CEO of MBDA, said: “This project exemplifies the spirit and values of MBDA. It shows that we understand the context of the world today and are adapting, not just to the threat environment, but the procurement environment too. We are demonstrating we are ‘Battle Ready’ with our confidence in our understanding and anticipation of requirements. Our people are also showing their strengths through this project. Cooperation with partners, agile working with a rapid decision mind-set and a tolerance of risk. We are showing we can be different, in what are now different times.”

CROSSBOW™ the OWE HEAVY was designed in parallel to the OWE launched at the Paris Air Show 2025, with a similar mind-set but applied to a different threat set, providing a different solution. The similarities also extend to the sovereignty of the capability with ‘off the shelf’ production mentality lending itself to easy reconfiguration for customers wishing to use domestic supply chains, as well as the options for spiral development.

About MBDA

09 Sep 25. Raytheon UK completes Paveway IV integration trials. The trials were carried out at Royal Air Force Marham and MoD Aberporth in July this year. Raytheon UK, which is part of RTX’s Raytheon business, has concluded integration trials for the Paveway IV precision-guided bomb on the Eurofighter Typhoon fighter jet. The trials, facilitated by Rheinmetall company RWM Italia, were undertaken at Royal Air Force Marham and MoD Aberporth in July 2025. The successful trials encompassed a series of exercises including weapon and platform training, mission planning simulations, live-fire drills, and cross-force tactical integration. Combat Air Deputy Force commander captain RN Deavin said: “This collaboration underscores the strength of Nato partnerships and our shared commitment to maintaining a technological edge on the battlefield.” Paveway IV, a dual-mode precision-guided bomb developed by Raytheon, features a warhead manufactured by Rheinmetall Italia. It has been an integral part of the Royal Air Force’s arsenal since 2008.

Raytheon UK CEO James Gray said: “The successful completion of these trials is an important milestone in allied defence cooperation. Our work with RWM Italia and the Royal Air Force exemplifies how industry can enable greater interoperability, lethality and capability across Nato forces, helping them maintain air superiority.”

In 2008, Raytheon’s UK-based subsidiary secured the contract for integrating Paveway IV onto the UK Royal Air Force’s Tornado GR4/4A. The bomb incorporates an enhanced Mk82 500lb warhead and an all-electronic fuse to ensure precision in various operational scenarios. Paveway IV employs advanced second-generation GPS-aided inertial navigation technology, enhanced with anti-spoofing and anti-jamming features. During Iraqi Freedom, Enduring Freedom, and Unified Protector operations, Paveway bombs represented more than 50% of the precision-guided munitions deployed for air-to-ground combat, said the company. The Paveway IV export contract was awarded to the company in 2014 to an undisclosed international customer. According to reports, the customer was believed to be the Royal Saudi Air Force (RSAF). The contract, exceeding $200m, marked the inaugural international sale of Paveway IV bombs. The agreement stipulated the supply of several hundred units of these advanced precision-guided munitions. (Source: airforce-technology.com)

09 Sep 25. Israel’s Rafael touts Iron Beam antimissile lasers at DSEI fair. Rafael Advanced Defense Systems brought replicas of its laser-powered Iron Beam missile shield to the DSEI 2025 defense show in London, lifting the veil on a defensive technology used recently in the Gaza War. The portfolio includes the mobile Iron Beam-M, the Naval Iron Beam, the Lite Beam and the latest addition to its laser defense systems family, the Iron Beam 450. The Iron Beam is a laser-based defense system designed to intercept short-range rockets, missiles, mortar bombs, unmanned aerial vehicles and drones. It became operational during the ongoing Gaza-Israel war and has been implemented in a variety of applications including use on naval vessels and among maneuvering forces. The Iron Beam and Naval Iron Beam are equipped with a 100 kW laser weapon, the Iron Beam-M with a 30–50 kW laser weapon, the Lite Beam with 10 kW. Additionally, the company states that the Iron Beam 450 extends Rafael’s laser portfolio with greater range, speed of interception, and more cost-per-engagement effective model. A company representative at the DSEI booth claimed the per-shot cost of an Iron Beam engagement would amount to single-digit dollars. The Iron Beam is an emerging component of Israel’s layered defense layout operated by the Israeli Air Force. (Source: Defense News)

09 Sep 25. DSEI 2025: Latest MBDA weapons systems revealed. Europe’s foremost missile maker will showcase several new weapons systems, some of which will be unveiled for the first time. The pace of innovation, iteration, and evolution of defence technologies is rapid, and European suppliers such as MBDA, pressed by the growing military demand on the continent, still unveil new concepts while augmenting existing programmes. To begin with, MBDA has a new One-Way Effector (OWE) in development which will progress – from design to demonstration in Q4 2025 – over a period of seven months. One executive said that the new system will be ready for production by 2026 at the earliest. Crossbow is said to be an affordable, long-range strike solution (+800km), designed for rapid development and mass production. The heavy system has a modular payload that can carry a 300kg (kinetic or non-kinetic) warhead. Users can launch the OWE from a standard 20-foot ISO container – reminiscent of Ukraine’s lauded Operation Spider’s Web – and the system is scalable to different platforms. This capability meets the British Army goal of increasing lethality through a new crewed-uncrewed teaming doctrine that preserves 20% crewed platforms with two layers, 40% each, with either attritable or disposable – as in the case of Crossbow – autonomous systems. To that end, Crossbow also uses AI-enabled, image-based navigation which functions in GNSS-denied environments. However, Crossbow should not be confused with another one of the group’s systems – the nameless ‘OWE’ – which meets a French Artillery requirement. This French system is a concept that came from MBDA France, while Crossbow is an MBDA UK product. The French OWE, on the other hand, is a smaller similarly mass-produced system designed for high-intensity warfare that was unveiled at the Paris Air Show in June 2025. While both systems are different – not even in the same family of systems – it does show the intense demand in Europe for low-cost, readily produced, mass effect.

Akeron MBT 120

Fitting neatly into the British Army’s strategy in preserving crewed platforms where possible, MBDA has unveiled its Akeron non line of sight (NLOS) missile for main battle tanks (MBTs). The fire-and-forget munition enables tanks to strike without exposing themselves directly, as was the conventional method of tank warfare explained one programme manager, where typically “you have got to effectively expose yourself, look the enemy in the eye, and often engage in a contact battle with them, putting at risk your circa six m euro platform and crew members.” But, the representative continued, “if you can strike without ever being seen, to start with, that in itself is a huge, huge payoff.” The gun-launched missile fits with existing 120mm smoothbore guns while emulating the size and weight of extant ammunition, meaning there are no platform modifications needed. However, as of 4 September, open source intelligence from the Institute of the Study of War discovered that Russian forces are adopting anti-thermal cloaks. This asset allows them to move alone or in pairs across roughly one kilometre toward Ukrainian forward positions in Kupyansk at night before concentrating and attacking.

SPEAR Glide

A new medium-range glide missile will join the expanding SPEAR family of systems. SPEAR Glide is a low-cost, unpowered variant of MBDA’s air-to-surface cruise missileof the same name. MBDA’s tactical strike unit have considered a glide version over the last two or three years as a cheaper variant of the SPEAR product line.

“We’ve never actually launched it” contrary to popular assumption, said the programme manager.

“Now with the acceleration and advancement of the mainstream programme and some of the things that we’ve seen in operation over the last three years, MBDA has decided to accelerate the work on the speed glide to meet the future requirement of a medium range utility strike record,” they added.

While Glide’s role remains the suppression of enemy air defences there are still some slight changes to its design. MBDA technicians have removed the radio frequency seeker, replacing it with an EO/IR seeker with image-based navigation similar to Crossbow. Glide also includes a full-calibre kinetic penetrator. SPEAR Glide aligns with the trend for low-cost, high-volume production when required. But the group also designed the weapon system for fast integration onto the Eurofighter Typhoon or Gripen aircraft while sharing the same logistics, training and launchers as the rest of the SPEAR family.

Surface-launched ASRAAM (Raven system)

MBDA will produce the surface-launched (SL) version of the Advanced Short Range Air-to-Air Missile (ASRAAM) for the new Raven air defence system. The concept of a surface-launched ASRAAM has dominated headlines this year, with the UK sending Raven and SL-ASRAAMs to Ukraine. Raven is a fire-and-forget, mobile or static, short-range, ground-based air defence(GBAD) system that operators can use against drones and cruise missiles. The UK government said the system, which went from concept to initial delivery in three months in 2022 under Task force Kindred, has been fired more than 400 times by Ukrainian forces, with a purported 70% shot-to-kill ratio. The system requires a very short training time and little logistics burden (days, not months). Controls are relatively simple, with the crew able to operate from inside the HMT 600 cab or from a remote location up to 50 metres away. A vehicle mounted seeker system is able to relay information to the ASRAAM missiles, which can then be cued and fired. Meanwhile the SL-ASRAAMs creates a common stockpile of missiles usable across the UK Armed Forces.

FC/ASW

The Future Cruise/Anti-Ship Weapon (FC/ASW) is an enduring multilateral maritime strike missile programme between the UK and France, which was expanded in July under the Lancaster 2.0 Treaty. However, in the briefing, the programme leader revealed that Italy will soon join the user group at a later time. The project, which first emerged in 2017 will now evolve to become “one programme, two missiles,” described MBDA’s programme leader. The first weapon is a high-speed, manoeuvrable, supersonic missile for resilient penetration while the second system is a stealthy, low observable, long-range subsonic missile for survivable deep strike. Both missile systems are designed to operate in the maritime domain well into the 2060s. The duo are also multi platform, meaning they can be launched from aircraft or from surface ships. Looking ahead, the business executive revealed that MBDA are mapping a route to delivering a ground launch capability for both missiles in the future if that is requested by our customers. (Source: army-technology.com)

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About Galvion:

MISSILE, ARTILLERY, ARMOUR, HYPERSONICS AND SOLDIER SYSTEMS UPDATE

September 8, 2025 by

Sponsored by Galvion

www.galvion.com

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04 Sep 25. Galvion unveils BATLCHRG™ UX unmanned platform wireless charging system at DSEI 2025. Galvion, a global leader in the design and manufacture of innovative head systems, power and data management solutions, and integrated soldier systems, is expanding its BATLCHRG™ wireless charging capability with the introduction of BATLCHRG™ UX at DSEI 2025. This next-generation solution redefines how power can be delivered to unmanned systems operating in remote and high threat environments across land, air and maritime environments. Galvion will be exhibiting BATLCHRG UX, along with their wider systems and solutions, at DSEI 2025 in booth N2-420. BATLCHRG UX is a portable wireless charging system that provides autonomous recharging for unmanned robotic platforms through magnetic resonance technology. Designed for ground/in-field placement, customized electronics and receivers on the unmanned system enable power transfer when the UxS lands on the base power transmission unit, eliminating tethered charging or return-to-base delays. Wide surface charging area removes any requirement for precise alignment. Engineered for agility and resilience in the most austere and contested tactical environments, the system delivers power through obstacles such as snow, ice, water and soil, and can be tactically deployed beneath debris to support covert operations. Compatible with multiple power sources, including solar, batteries and solid fuel cells, the system can be operated remotely via tactical radio or satellite. When deployed as a series of tactical recharging nodes, BATLCHRG UX allows unmanned systems to transit between operating areas without the need to return to the operator for re-charging. Dislocating the UxS from operator location significantly reduces human exposure to battlefield threats, enhances logistic efficiency and drives extended platform endurance for robotic systems.

Galvion originally demonstrated its BATLCHRG wireless charging concept at SOF Week in May 2024 in a vehicle-mounted operation scenario, with power transmission base in a vehicle seat and receiver integrated in soldier-worn vest. The set-up demonstrated that soldiers could charge multiple battery powered systems through the wireless power transfer system. Like BATLCHRG UX, this robust wireless solution has excellent power transfer rates and efficiency, a broad position tolerance to account for movement and misalignment of surfaces, and functionality even in the harshest environments. The manned wireless charging capability is known as BATLCHRG MX.

Todd Stirtzinger, CEO at Galvion said: “It’s no secret that power has been a problem for the military as technology increases. We’ve been addressing this issue for the soldier for over a decade, developing intelligent power delivery and management solutions to increase mission efficiency by minimizing battery loads, and physical and logistical burden. The power problem increases exponentially when you start to add in unmanned systems, and the BATLCHRG capability is really pushing the boundaries on the battlefield.” He added: “This technology transforms tactical logistics by providing continuous, autonomous access to power in the most demanding environments. It’s not just about powering devices, it’s about generating tactical advantage by enabling persistent, agile operations that keep our warfighters ahead of the threat.”

08 Sep 25. Colombia’s new rifle prototype gets upgrades. Colombian state-owned company Indumil unveiled a new prototype of what could become the first rifle completely designed and developed in the country, according to a new image obtained by Janes.. Since last May, when the first images of the new rifle were leaked, improvements have been introduced, which can be observed in the new prototype, based on a new image obtained by Janes. The new weapon will replace rifles currently in use by the Colombian armed forces, such as the IWI/Indumil Galil AR; the ACE series (22, 21, and 23); and the Tavor-21, all chambered in 5.56×45 mm. Among the improvements, the redesign of the rearsight stands out. It appears to be removable, facilitating replacements or upgrades. Likewise, its AR-15-style grip also appears to be detachable, suggesting improvements in modularity and ergonomics. On the other hand, the casing deflector is noticeably larger, improving operational tolerance. A reduction in the number of screws optimises rifle assembly and maintenance. An adjustable gas block has been introduced, allowing use even with suppressors, increasing tactical versatility and demonstrating improved ergonomics with a design adapted to different operational scenarios. (Source: Janes)

05 Sep 25. Putin urges Russia’s aerospace industry to develop rocket engines. President Vladimir Putin urged aerospace industry leaders on Friday to press on with efforts to develop booster rocket engines for space launch vehicles and build on Russia’s longstanding reputation as a leader in space technology. Putin, who has spent the past week in China and the Russian far eastern port of Vladivostok, flew to the southern Russian city of Samara, where he met industry specialists and toured the Kuznetsov design bureau aircraft engine manufacturing plant. (Source: Reuters)

05 Sep 25. NP Aerospace launches new specialist women’s body armour range. NP Aerospace, a global armour manufacturer and vehicle integrator, has launched a new specialist women’s body armour range, at DSEI 2025. Designed and manufactured in UK, this new product has been approached from the ground up to meet the distinct needs of women operating in high-risk environments. At the same time, NP Aerospace announced the placement of an order for their new product by a currently undisclosed customer, for 2000 sets in a range of women-specific sizes. The product will be on display at NP’s booth N2-410, at DSEI 9-12 September 2025. Up until now, women across the defence and security environments, globally, have had to wear body armour that has been designed and validated for men. The resultant poor fit can compromise the protection offered and can be extremely uncomfortable for many women. For some time, NP Aerospace has been investing in an internal R&D project to assess the size and complexity of this challenge, to develop solutions to address the anatomical and operational needs of servicewomen and others in need of such protection. The outcome of this programme is an optimised curved hard armour plate, that comes in a range of sizes and delivers an increase in both protection and comfort. Development and testing have confirmed that placing a curved plate in a standard men’s sized and configured carrier is not sufficient. The ‘system’ requires an integrated solution with a curved hard armour plate and a women’s specific soft armour insert, all worn within a women’s specific carrier – developed with NP’s partner, Logistik Unicorp. NP’s new product comes in a range of sizes with varying curvature and coverage. This ensures vital organs remain protected from all possible angles, irrespective of body shape. Being ‘comfortable’ also vastly increases effectiveness and endurance when worn for extended periods and in high stress scenarios.

James Kempston, CEO of NP Aerospace, commented: “feedback from women in combat and on security related duties has clearly identified a growing need for specially designed armour that enhances survivability, reduces injury and improves endurance. We’re delighted to be leading the way with our fully developed women’s body armour solution and pleased that we have also received the first order for 2000 sets.” He added: “NP Aerospace is a trusted supplier of body armour products globally, so it’s important that we remain at the forefront of development, maximising the effectiveness and operability of our protection products, for every type of user. This new product is particularly important as the number of women serving within armed forces and wider security services is increasing on a global scale.”

05 Sep 25. Rejection to renewal: Hanwha seek to fill gaps in UK and Europe. After the British Army rejected K9 for RCH last year, Hanwha detailed their strategy for the UK and Europe going into DSEI. The leading defence exhibition in the UK – DSEI – will commence next week and the gathering will present an opportunity for Hanwha Aerospace UK to make a comeback in the nation’s defence market after the Ministry of Defence (MoD) selected Germany’s Remote Controlled Howitzer 155 over its K9 Thunder last year. Simon Humphrey, vice president for strategy and business development, laid out Hanwha’s objectives as the company look to supply and, crucially, partner with the UK government.

“The way we are approaching our European campaign and the campaign in the UK is to be [adding] to existing defence ecosystems,” he said in a media briefing on 4 September 2025 while pondering:

“Where are the gaps? What do we [Hanwha] have quickly available off the shelf that we could bring to that requirement?”

British Army transition

In May, the minister for defence procurement and industry, Maria Eagle, published decommissioning dates for armoured fighting vehicles in a parliamentary written statement. Humphrey considered Warrior’s out of service date, and whether Hanwha’s Redback IFV, which he assured is a mature capability, with Australia waiting on 129 units to arrive from 2027, could be something that would fit that requirement. In addition, these legacy AFVs only scratch the surface of decommissioning British Army platforms. There are thousands more light and medium utility vehicles due to be replaced through the Land Mobility Programme (LMP), for which invitations to tender are expected to be issued in November 2025. But Humphrey echoed Hanwha’s stance that they are looking to add to existing infrastructure to fill the gaps. To this end, Humphrey continued, “we’ve spent some time looking at [LMP], but it doesn’t naturally play to [the] areas where we are strongest.

“There are others existing in the marketplace who are well placed to service that need… We’re not at the moment aggressively following it, and we’ll watch it with interest.”

Gaps in Europe

The Russia-Ukraine conflict demonstrates the prevalence of conventional artillery. According to data from the leading intelligence consultancy, GlobalData, Europe is projected to dominate the sector with a 43% share of the global artillery system market, currently valued at $11.3bn this year. In this backdrop, Hanwha is eager to expand its tracked K9 self-propelled howitzer. Currently, the K9 User Club consists of five Nato member countries among seven customers. “If you go up to… Norway, Finland who are operating K9, their experience of bringing that into service [and] ongoing support from Hanwha in service is wholly positive,” Humphrey insisted. Next week, at DSEI, Hanwha will present a scale model of the K9 A1 and A2 but also, for the first time, a wheeled 52 calibre artillery gun that is currently in development. This wheeled variant comes after the UK selected RCH, which sits atop a wheeled Boxer IFV. Another coveted capability in Europe is the ability to inflict a deep strike effect. Long considered an escalatory move that would provoke the Russian leader Vladimir Putin, the United States refrained from handing Ukraine long-range weapons systems. Ukrainian industry have resorted to building their own: in the last several weeks there have widespread reports about the FP-5 Flamingo cruise missile. Similarly, Hanwha seek to fill this gap in European arsenals with the K239 Chunmoo rocket artillery system, now rebranded ‘Deep Strike’, added Humphrey. Furthermore, Hanwha are looking to extend the range of this weapon system, currently between 80 to 150 kilometres (km), to 500km.

Energetics in the UK

In the last 50 days, the UK confirmed it has sent 60,000 artillery shells, rockets, and missiles to Ukraine’s Armed Forces. But as Ukraine has demonstrated, a reliable supply of munitions is needed to sustain conflict. Hanwha seek to localise manufacturing processes with its customers in this area. Humphrey revealed that despite the British Army’s K9 rejection, the company are looking to produce energetics (reactive materials such as explosives, propellants, pyrotechnics) in the UK. When asked about prospective British manufacturing sites, Humphrey said that Hanwha had entered into early stage discussions with the Department of Business and Trade, floating the idea of using old MoD sites for production.

“Until the UK MoD is able to give clarity to suppliers or potential suppliers about demand then it’s very difficult as a business to be writing a business case. That’s one of the things that is holding us and others back at the moment,” he concluded. (Source: army-technology.com)

04 Sep 25. FN Showcases Forward-Thinking Firearm Solutions at DSEI UK 2025. At a time of unprecedented geopolitical and security challenges, FN – FN Browning Group’s Defence & Security division, which includes FN Herstal, FN UK and FN America – will reaffirm its commitment to supporting customers by showcasing a portfolio of versatile, latest-generation solutions at DSEI UK 2025.

The company’s presence at the show will highlight four cornerstones:

Empower Your Dismounted Troops

FN will demonstrate its readiness to equip dismounted troops with trusted and proven solutions designed around the FN EVOLYS® Ultralight Machine Gun and the Winchester® SX4™ Shotgun, enhancing close combat capabilities and 3D protection.

Maximise the Potential of Your Weapon Mounts

The FN® MULTI WEAPON MOUNT (MWM), a modular and multi-mission system, integrates legacy, current, and next-generation FN machine guns across land and naval platforms, supported by advanced accessories like FN SMARTCORE® and FN ELITY® LITE.

Streamline Your ILS

FN continues to set the standard for operational readiness through flexible Integrated Logistics Support (ILS), including the FN® SMART ARMOURY and tailored MRO services, ensuring optimal performance and availability of both FN and non-FN weapons.

Secure Your Ammunition Supply

FN offers secure, integrated manufacturing solutions for premium-quality ammunition, including technology transfer options. Building on this, the Company secured a strategic 20-year partnership with the Belgian government, which is now open to other NATO and EU member states.

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About Galvion:

MISSILE, ARTILLERY, HYPERSONICS, BALLISTICS AND SOLDIER SYSTEMS UPDATE

September 5, 2025 by

Sponsored by Galvion

www.galvion.com

BATLCHRG UX is a portable wireless charging system that provides autonomous recharging for unmanned robotic platforms through magnetic resonance technology. Designed for ground/in-field placement, customized electronics and receivers on the unmanned system enable power transfer when the UxS lands on the base power transmission unit, eliminating tethered charging or return-to-base delays. Wide surface charging area removes any requirement for precise alignment. Engineered for agility and resilience in the most austere and contested tactical environments, the system delivers power through obstacles such as snow, ice, water and soil, and can be tactically deployed beneath debris to support covert operations. Compatible with multiple power sources, including solar, batteries and solid fuel cells, the system can be operated remotely via tactical radio or satellite. When deployed as a series of tactical recharging nodes, BATLCHRG UX allows unmanned systems to transit between operating areas without the need to return to the operator for re-charging. Dislocating the UxS from operator location significantly reduces human exposure to battlefield threats, enhances logistic efficiency and drives extended platform endurance for robotic systems.

04 Sep 25. ESSM partners reveal plans for development of new variant. The US-led NATO SeaSparrow Consortium is planning the design and development of an upgraded RIM-162 Evolved SeaSparrow Missile (ESSM) variant to follow on from the current ESSM Block 2 ship self-defence missile, according to a solicitation posted on 26 August by the NATO SeaSparrow Project Office (NSPO). NavalX (the innovation organisation for the US Navy and Marine Corps) and the US Office of Naval Research (ONR) advised industry of a forthcoming briefing to outline requirements for a future ESSM evolution – dubbed the Next Significant Variant (NSV) – and the operational techniques and technical capabilities that may be needed, the solicitation noted. The NATO SeaSparrow Consortium is a 12-country partnership comprising Australia, Belgium, Canada, Denmark, Germany, Greece, the Netherlands, Norway, Portugal, Spain, Türkiye, and the United States. A multinational industry team led by Raytheon is responsible for development, production, integration, and sustainment activities. ESSM Block 2 – the current production standard – completed development in 2021 and achieved initial operational capability with the US Navy in December that year. An evolution of the Block 1 round, Block 2 has introduced a new dual-mode active/semi-active X-band radar seeker to provide the option of terminal engagement without illumination support. The introduction of the new dual-mode seeker increases the diameter of the missile front end from 8 inch to 10 inch (202 mm to 254 mm). Warhead improvements and an updated guidance and control section are also embodied, as is a new Dual Band Transceiver, using both S-band and X-band for in-flight data communications. (Source: Janes)

04 Sep 25. Firehawk Aerospace demonstrates 3D-printed hybrid rocket motor. Firehawk Aerospace recently conducted its first flight test of a 3D-printed Guided Multiple Launch Rocket System (GMLRS) analogue hybrid rocket engine system, the company said in a 26 August statement. The test demonstrated Firehawk Aerospace’s ability to additively manufacture a hybrid rocket engine system as part of an ongoing Phase III Small Business Innovation Research (SBIR) contract with the Army Applications Laboratory (AAL), the statement noted. This was the first in a series of demonstrations under the AAL contract. “Firehawk will next flight test its Javelin-class and Stinger-class analogues, which are designed as drop-in solid rocket motor replacements for existing DoD [Department of Defense] weapon systems,” the statement said. (Source: Janes)

04 Sep 25. Rafael Advanced Defense Systems and Hyundai Rotem Company (HRC) have officially signed a Teaming Agreement to cooperate on the integration, production, marketing, localization, and full lifecycle support of the TROPHY Active Protection System (APS) on HRC’s K2 Main Battle Tank and future platforms for the Republic of Korea. The agreement was signed today at the HRC booth during the MSPO 2025, in a ceremony attended by senior executives from both companies, solidifying a significant step in Korean–Israeli defense cooperation. This strategic partnership follows an initial Memorandum of Understanding (MoU) signed by the companies, and now sets a clear framework for joint activities supporting the Republic of Korea’s APS program and additional global opportunities.

“This agreement represents a shared commitment to advancing battlefield survivability for next-generation armored platforms,” said Tzvi Marmor, Executive Vice President and Head of Rafael’s Land and Naval Systems Division.

“We are proud to deepen our collaboration with Hyundai Rotem and look forward to combining Rafael’s operational combat experience with Korea’s industrial and technological strength to support both local and international defense needs.”

Hyundai Rotem announced that it will integrate Rafael’s combat-proven Trophy Active Protection System (APS) onto the K2 main battle tank, including the Polonized K2PL version, marking the first time the Korea platform will be equipped with such a system.

“With a strong track record on the battlefield, the Trophy APS offers a significant opportunity to enhance the protection of the K2 main battle tank.” said Hyung-Joon Jo, Senior Vice President and Head of Hyundai Rotem’s Defense Solutions R&D Center. “Through a strategic teaming agreement, both companies will work closely to optimize and fully integrate the APS, tailoring it specifically for the K2 while ensuring adaptability for a wide range of customers. We expect that the Trophy APS will also benefit greatly from the global market expansion of the K2 main battle tank.”

Industry observers note that the partnership could enhance the K2’s competitiveness in overseas tenders, particularly in Europe, where several countries have shown interest in this battle tank. The newly signed agreement reflects the mutual commitment of Hyundai Rotem and Rafael to deliver next-generation active protection capabilities tailored for Korean land forces, while also pursuing co-development, local production, and export opportunities. This milestone marks a powerful alignment of Rafael’s unmatched APS experience with Hyundai Rotem’s advanced armored vehicle technologies, ensuring enhanced survivability and operational advantage for modern land warfare.

03 Sep 25. MBDA Delivers First CAMM Missiles and Launchers to Poland for PILICA+. First deliveries in significant multi-bn pound contract between MBDA and the Armaments Agency MBDA has delivered its first CAMM missiles and PILICA+ series production launchers to Poland for use in the PILICA+ short-range air defence system. The launchers are the first major equipment delivery following the contract signature in April 2023 and completion of a joint system integration programme involving significant cooperation with Polish Industry and particularly PIT-RADWAR.

First PILICA+ Firing Unit

These newly delivered launchers and first batch of CAMM missiles make up the MBDA elements required for the first firing unit for PILICA+ in Poland, along with the Zenit C2 and Bystra Radar elements from PIT-RADWAR. Now that the launchers are in Poland, WZU will complete camouflage painting (Polish camouflage schemes for the Launchers have also been assessed by WZU utilising an early integration PILICA+ launcher in mid-2024), integration onto Jelcz Polish vehicles, and installation of Polish Network radios ahead of delivery to the Polish Armed Forces.

MBDA, jointly with Polish industry, will then start an intensive training programme with the Polish Air Defence regiments in readiness for operational deployment.

Jim Price, Group Managing Director Poland for MBDA said: “This milestone in our PILICA+ contract has been achieved thanks to intensive work by our teams and is vitally important in ensuring that Polish warfighters receive the equipment they need. It is the latest in a number of Polish-UK cooperation programmes providing significant air defence capabilities to Poland, with NAREW also progressing well. MBDA’s close partnership with PGZ is bringing our industries closer together, enabling sovereignty and supporting jobs, and is underpinned by the strong support of Polish and UK Governments for missile co-operation.”

One of the largest European air defence programmes

PILICA+ is one of the largest European short-range air defence acquisition programmes in NATO. The delivered launchers, and Common Anti-air Modular Missiles (CAMMs), will integrate into the PGZ designed system, commanded by a Polish command and control system and guided by Polish radars. A critical capability programme for Poland, PILICA+ is strengthening the countries air defence capabilities and providing a strong eastern flank for NATO. The system will operate as the inner tier of a highly capable and integrated Polish air defence network that also includes the upper-tier WISLA system and mid-tier NAREW system, for which MBDA and PGZ will also be providing launchers and missiles as part of an unprecedented programme of technology and knowledge transfer. (Source: ASD Network)

03 Sep 25. As South Korea and Poland deepen their security ties, Hanwha Aerospace and Polish defense company WB Group have struck a landmark deal to create a joint venture that will localize production of guided missiles for the Chunmoo rocket system. The deal, signed on the opening day of the International Defense Industry Exhibition, known as MSPO, in Kielce, 180 kilometers south of Warsaw, on Tuesday, creates a company owned 51 percent by Hanwha and 49 percent by WB Group. The company will produce CGR-080 precision rockets, which have a range of roughly 80 kilometers, for the Polish Army’s Homar-K multiple launch rocket systems, Poland’s version of the Chunmoo system. Officials described the arrangement as a watershed moment for Poland’s defense industry. Under the agreement, a new factory will gradually take over production through a phased technology transfer, supported by a quality assurance system and structured workforce training. Serial production is expected to be in full swing around the end of 2028. Hanwha Aerospace’s first joint venture in Poland marks part of the South Korean arms-maker’s broader strategy to diversify its weapons portfolio and expand trade ties across Europe.

“This is arguably the most important event of this year’s MSPO,” Polish Deputy Prime Minister and Defense Minister Wladyslaw Kosiniak-Kamysz said at the signing ceremony. “We are gaining the capability to produce missiles for the Homar-K launcher. It’s a milestone,” he added, highlighting Poland’s improved self-reliance in defense manufacturing.

Son Jae-il, president and chief executive of Hanwha Aerospace, emphasized that the partnership is a long-term commitment. “This joint venture will localize CGR-080 manufacturing, transfer critical know-how and co-develop next-generation munitions with our Polish partners,” he said. “It is a commitment of investment, people and technology in Poland, for a safer Europe.”

In July 2022, Hanwha Aerospace signed a framework agreement with the state-run Polish Armament Agency to supply 672 K9 self-propelled howitzers and 288 Chunmoo multiple-launch rocket systems. This was followed by a first executive contract in August 2022 for 212 K9 howitzers and another in November 2022 for 218 Chunmoo launchers. A second executive contract, involving the supply of 72 Chunmoo launchers, was signed in April 2024. Industry analysts estimate that the combined value of Poland’s Chunmoo contracts is in the range of $5.2 bn, including missiles and support systems, though only part of that figure has been officially confirmed. Tuesday’s announcement at MSPO follows a string of major defense procurement deals with South Korea in recent years, including acquisitions of K2 tanks, K9 self-propelled howitzers and Chunmoo rocket launchers. Founded in 1977, Hanwha Aerospace is a global aerospace and defense company offering a broad portfolio of world-class products and services. These include land combat vehicles such as the K9 Self-Propelled Howitzer, Redback Infantry Fighting Vehicle and K239 Chunmoo Multiple Rocket Launcher System. WB Group is a Polish-based defense and technology company that specializes in advanced electronics, communications systems and uncrewed platforms. Founded in the 1990s, it has grown into one of Central Europe’s most prominent private defense firms, supplying both the Polish Armed Forces and international clients. (Source: News Now/https://www.koreaherald.com/)

29 Aug 25. Turkey’s $1.5bn Steel Dome hub envisioned as Europe’s largest air defense facility. A newly announced $1.5bn facility, dubbed the “single largest defense industry investment” in Turkey’s history, is expected to double the production capacity for components of Ankara’s envisioned Steel Dome national air defense system, according to officials at Aselsan, the electronics giant leading the project. Reporters toured the in-development facility on Thursday, a day after President Recep Tayyip Erdoğan participated in a ceremony here for the announcement of the facility and the delivery of some platforms to the military.

“This will also be the largest integrated air defense facility in Europe,” Erdoğan said. “As Aselsan serves as the heart of our defense ecosystem, this step represents a critical threshold for the entire sector.”

The facility, the Ogulbey Technology Base, is expected to become operational in one and a half years, company officials said.

But well before that, Aselsan said it’s working to introduce Steel Dome components. During the tour, reporters saw 47 vehicle-based platforms set for delivery to the Turkish armed forces and all carrying Steel Dome-related tech with accompanying radars. Missile and air defense systems to be delivered include long-range SIPER, medium-range HISAR, and very short-range KORKUT. ALP air surveillance and radars and PUHU communication and electronic warfare systems. Inside the facility, which appeared similar to a very large warehouse, technicians were already at work in smaller individual sections, walled off but with windows. Small computer chips and Steel Dome defense models were displayed along the hallways. In the outdoor section of the facility, a large sign marking 50 years since the founding of Aselsan hung above other full-sized Steel Dome systems. (Steel Dome, like Israel’s air defense system that includes its famed Iron Dome and like the envisioned American Golden Dome, is expected to be made up of several overlapping air defense, warning and communication systems.) Breaking Defense, like other outlets, accepted travel and accommodation arranged by the Turkish government for the trip. Earlier this year, Aselsan received a $616m investment from the Turkish Ministry of Industry and Technology to build out new facilities for the Steel Dome concept, but Aselsan CEO Ahmet Akyol said the company will get “additional incentives for this investment, totaling $1.5 bn. Akyol assured that Steel Dome components are NATO-compatible.

“Turkey is the one of the key players in NATO. We have tested [and] delivered systems in NATO links and also national [Turkish] links, it is both possible,” he said.

In a July interview, Akyol told Breaking Defense that currently Steel Dome is Aselsan’s main “vision with the [Turkish] government,” but that doesn’t mean the firm has taken its eye off potential overseas exports of the defense tech.

“Separately some parts are exported, but as a concept, I think we need to have assessments with the countries, because of the territorial and geographical reasons countries can have different approach,” he said. “Some of them have maritime problems. Some of them have territorial problems. So it could be tailor-made solution for Steel Dome.”

Akyol said there was interest in Steel Dome “from the Gulf states and also Eastern Europe.”

Aselsan also inaugurated yesterday 14 production and R&D (research and development) facilities worth $280m. (Source: Defense News Early Bird/Breaking Defense.com)

About Galvion:

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MISSILE, ARTILLERY, HYPERSONICS AND SOLDIER SYSTEMS UPDATE

September 4, 2025 by

Sponsored by Galvion

www.galvion.com

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28 Aug 25. Galvion celebrates significant head system sales with over 1.25m helmets ordered by NATO and allied customers. Galvion, a world leader in the design and manufacture of innovative head systems, power and data management solutions, and integrated soldier systems, is celebrating the success of its Batlskin® head systems across NATO and allied nations with over 1.25 m helmets having been ordered in the last 10 years. Within that number, to date, over 150,000 Caiman® helmets have been shipped under the long-term NATO framework contract, establishing its flagship Caiman® helmet as the head system of choice for key European NATO members, and reinforcing Galvion’s position as a trusted partner in the delivery of modern, scalable protective headgear. This announcement comes in advance MSPO taking place in Poland, 2-5 September (booth 1-D02) and DSEI taking place in London, 9-12 September (booth N2-420).
This achievement reflects ongoing global demand for Galvion’s integrated helmet systems and adds to a series of contract successes. Notable recent awards include the U.S. Marine Corps Integrated Helmet System (IHS) contract, built on Galvion’s Hellbender™ platform, follow-on orders for the Caiman helmet under Canada’s DICE program, and a federal agency contract for the Hellbender FE variant. As part of Galvion’s long-term NATO Support and Procurement Agency (NSPA) framework agreement, over 150,000 Caiman helmets have been shipped to Norway, Sweden, Finland, and Poland. Galvion continues to fulfill orders under this framework, with additional orders anticipated before the end of the year. The company also supports ongoing programs for military and security forces in the United Kingdom, Denmark, the Netherlands, Germany, and multiple Middle Eastern countries, among others. Orders from new, currently undisclosed customers are also underway.
To support both immediate delivery and long-term sustainment, Galvion’s European production hub in Gdańsk, Poland has been fully operational since April 2025. The facility serves as a key node in Galvion’s regional strategy, delivering new head systems and supporting ongoing servicing, upgrades, and lifecycle sustainment for fielded equipment across the region. North American production remains centered at Galvion’s Vermont manufacturing facility, ensuring continued responsiveness to domestic program requirements.
All of Galvion’s head systems are engineered for seamless integration with modern mission equipment, including night vision devices, communications headsets, and wearable power and data solutions. Earlier this year, Galvion introduced Cortex™, a new category of modular, helmet-mounted computing and data networking systems that will offer advanced capability upgrades for both the Caiman and Hellbender platforms. The launch of Cortex reflects Galvion’s commitment to delivering future-ready technologies that evolve alongside user needs and operational environments.
Todd Stirtzinger, CEO at Galvion said: “This milestone reflects the depth of trust that global defence and security customers have placed in our Batlskin head systems and our team. With over 1.25 m helmets ordered in the past decade alone, significant recent wins and continuing key programs, we are incredibly excited about the future. Our success is a testament to focused design approach, disciplined execution, and collaborative relationships. It reinforces Galvion’s position as a leader in head systems and speaks to the reliability, agility, and future-forward vision we bring to every program.” He added: “With regional production now in place and our platforms evolving through technologies like Cortex, we’re well positioned to continue delivering advanced, scalable solutions that meet both today’s operational demands and tomorrow’s modernization goals.”

03 Sep 25. ISTEC launches Mk2 Softmount for M2 Heavy Machine Gun (HMG) at DSEi 25. ISTEC Services Limited, a British company with 36 years of operationally proven experience in the design, manufacture and supply of complex weapon integration solutions and smoke discharger systems (SDS) for military platforms, is launching their Mk2 Softmount for the M2 Heavy Machine Gun (HMG). This announcement coincides with DSEi 25, taking place at Excel, London, 9-12 September 2025, where ISTEC will be exhibiting this mount, alongside their other products at booth N5-210.

ISTEC has a significant pedigree in providing robust weapon integration solutions for crew-served weapons such as the L7A2 GPMG, M2 HMG and other machine guns, across Land, Sea and Air domains. They also have an extensive operational record supplying Universal Gun Mounts (UGMs) for key vehicles such as WMIK, Mastiff, Husky and Jackal platforms used for Land operations in Iraq and Afghanistan.

ISTEC’s portfolio of HMG softmounts have been successfully deployed with NATO allies since the ‘90s, with 1000s in service globally. The HMG Softmount Mk2 is the latest addition to that portfolio. It is a buffered mount specifically designed for use with the 12.7mm M2 and M2 QCB weapon systems and, with an interface plate fitted, can also mount a 70mm rocket launcher giving users an organic fires capability without needing separate platform infrastructure. It has a modular design ethos to maximise its utility in a wide variety of roles including fire support, air defence and close vehicle protection. The mount system incorporates an auxiliary firing mechanism on the mount handlebars. This feature along with the battle proven ISTEC HMG buffering mechanism, which removes approximately 40% of the max peak felt recoil during firing, improves target acquisition time and the firing experience for the user. The softmount can also be fitted with a link and case catcher, and shoulder bar assembly.
The new Softmount Mk2 will be on display at DSEi 25 on the ISTEC stand (N5-210). It will be displayed mounted on a Naval pedestal suitable for all specialist and grey fleet vessels and fitted to a tripod with a 70mm Rocket launcher. The Mk2 Softmount will also be on top of the new Fering Pioneer X (pictured). The Pioneer X is an ultra-high-mobility, expanded capability variant of the world’s longest range all-terrain electric vehicle, specifically designed for the complex mission profiles typical of specialist user groups for which an HMG top mounted is the perfect fit. The Pioneer-X shown on the ISTEC stand, also incorporates the new Thales FZ275 LGR laser-guided rocket, successfully trialled to engage variable drone classes and swarm attack. In addition, the Mk2 Softmount can be found on the Precision Technic Defence Ltd stand (N2-210) showing an HMG fitted with the Support Weapons Enhanced Sighting Systems (SWESS) kit.
Adrian Webster, Operations Manager at ISTEC said, “We are very pleased to be launching Mk2 of this incredibly successful HMG Softmount. Our weapon integration systems have been designed and manufactured to ensure they are easy to use, robust and of the highest quality whilst maintaining excellent value for money. We currently have trials in progress in the maritime and land domains and are looking forward to announcing new orders in the near future.”

02 Sep 25. Robotican, a leading Israeli pioneer in the development of autonomous robotic and drone technologies, has introduced a powerful new capability for its combat-proven ROOSTER hybrid drone system: a precision-guided warhead, turning the ROOSTER into a loitering munition designed specifically for indoor missions and urban operation. The newly integrated configuration includes a total payload capacity of up to 300-gr enabling the installation of a precision warhead alongside additional mission-specific payloads. This allows the ROOSTER to deliver high-precision engagement inside buildings, tunnels, and confined environments. Retaining its signature hybrid design, the ROOSTER can seamlessly switch between rolling and flying, allowing it to navigate tight spaces and deliver targeted strikes with minimal collateral damage. This breakthrough capability is supported by AI-based object detection and target Tracking & locking, enabling the ROOSTER to autonomously identify, track, and lock on to user operator objects or threats. A built-in multi-layered safety mechanism ensures secure handling and controlled activation, protecting friendly forces throughout operation.

“With the armed ROOSTER, we are bringing precision and autonomy to environments that were previously off-limits to loitering munitions,” said Hagai Balshai, CEO of Robotican. “Forces can now conduct surgical strikes inside structures with a compact, intelligent platform that minimizes risk to operators and surrounding civilians.”

The armed ROOSTER expands the system’s mission scope beyond ISR, rescue, and inspection to include neutralization of threats in urban warfare, subterranean operations, and hostage rescue scenarios- all while maintaining the system’s lightweight, single-operator portability and NATO-registered reliability. Thanks to its modular design and mission-specific payload integration, the ROOSTER offers unmatched operational flexibility, allowing forces to configure the system for diverse operational requirements, from intelligence gathering to precision engagement. This adaptability significantly increases its tactical utility in dynamic and unpredictable combat environments.

02 Sep 25, UVision Air Ltd., a global pioneer in loitering munition systems, is unveiling a major advancement in autonomous warfare: an AI-based Common Operating System (COS) that serves as a unified platform for operating multiple loitering munitions of various classes, mission types, and deployment levels.
Designed for full interoperability, the COS enables seamless integration of rotary-wing platforms such as the Viper system by SpearUAV – operated at tactical team levels including squad, platoon, battalion, and beyond – alongside Uvision’s fixed-wing HERO family, including the long-range, high-payload HERO-120 and HERO-400. The result is a truly heterogeneous ecosystem, all operating under a single AI-powered control layer.
At the core of the system is a multi-layered AI engine that autonomously manages complex mission execution across a heterogeneous array of assets. Tasks are intelligently allocated: one munition may penetrate and disrupt electronic warfare defenses, another performs ISR and real-time target acquisition, and a third executes a coordinated precision strike. This mission-centric distribution ensures real-time adaptability to evolving threats, delivering both terrain dominance and operational superiority.
The COS performs continuous optimization based on target profile, terrain, and platform availability, maximizing effect while minimizing resource expenditure. This allows commanders to make data-driven decisions on how many and which types of munitions to deploy for maximum mission effectiveness and cost-efficiency.
With an open-architecture design, UVision’s COS integrates seamlessly into existing command-and-control ecosystems, reducing barriers to adoption and enhancing cross-platform synergy.
Dr. Ran Gozali, CEO of UVision Air Ltd., stated:
“This new Common Operating System transforms loitering munitions into a smart, coordinated system-of-systems. It reflects UVision’s strategic shift toward integrated, modular combat solutions that are both operationally decisive and cost-effective. Forces no longer need to expend high-end weapons for every target. Instead, they can deploy the right capability for each mission and dominate the battlespace with agility and intelligence.”
About UvisionAir Ltd
UVision designs and manufactures combat-proven smart loitering munition systems, providing military organizations around the globe with precise and effective operational attack capabilities. Its innovative, cost-effective systems are based on cutting-edge technology and 30 years of extensive field experience by military professionals, engineers, and the company’s own management team.
The HERO series of systems provides high-precision strike capabilities, based on unique aerodynamic platform configurations. UVision’s loitering munitions are designed with unique flight qualities for precision-attack munitions, integrating advanced airborne guidance and sophisticated navigation algorithms, integrated with C4I stations – thereby meeting the requirements of today’s modern battlefield for combat in complex and dynamic environments. The HERO series of loitering munitions is suitable for tactical and strategic targets ‒ whether for short, medium or long-range – utilizing a variety of warheads to ensure maximum mission effectiveness. The units are operationally deployed and field proven. ISO certified, UVision is fully committed to providing turnkey solutions to its extensive network of partners and customers around the world, with high-quality service and customer support.
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About Galvion:

Privately owned with ISO 9001:2015 certified facilities in Vermont, Massachusetts and New Hampshire in the US, Montreal in Canada and Bristol in the UK, Galvion’s team of 400+ employees work proactively to solve the problems left unsolved by others.
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MISSILE, ARTILLERY, HYPERSONICS, BALLISTICS AND SOLDIER SYSTEMS UPDATE

August 29, 2025 by

Sponsored by Galvion

www.galvion.com

28 Aug 25. Galvion celebrates significant head system sales with over 1.25 m helmets ordered by NATO and allied customers. Galvion, a world leader in the design and manufacture of innovative head systems, power and data management solutions, and integrated soldier systems, is celebrating the success of its Batlskin® head systems across NATO and allied nations with over 1.25 m helmets having been ordered in the last 10 years. Within that number, to date, over 150,000 Caiman® helmets have been shipped under the long-term NATO framework contract, establishing its flagship Caiman® helmet as the head system of choice for key European NATO members, and reinforcing Galvion’s position as a trusted partner in the delivery of modern, scalable protective headgear. This announcement comes in advance MSPO taking place in Poland, 2-5 September (booth 1-D02) and DSEI taking place in London, 9-12 September (booth N2-420). This achievement reflects ongoing global demand for Galvion’s integrated helmet systems and adds to a series of contract successes. Notable recent awards include the U.S. Marine Corps Integrated Helmet System (IHS) contract, built on Galvion’s Hellbender™ platform, follow-on orders for the Caiman helmet under Canada’s DICE program, and a federal agency contract for the Hellbender FE variant. As part of Galvion’s long-term NATO Support and Procurement Agency (NSPA) framework agreement, over 150,000 Caiman helmets have been shipped to Norway, Sweden, Finland, and Poland. Galvion continues to fulfill orders under this framework, with additional orders anticipated before the end of the year. The company also supports ongoing programs for military and security forces in the United Kingdom, Denmark, the Netherlands, Germany, and multiple Middle Eastern countries, among others. Orders from new, currently undisclosed customers are also underway. To support both immediate delivery and long-term sustainment, Galvion’s European production hub in Gdańsk, Poland has been fully operational since April 2025. The facility serves as a key node in Galvion’s regional strategy, delivering new head systems and supporting ongoing servicing, upgrades, and lifecycle sustainment for fielded equipment across the region. North American production remains centered at Galvion’s Vermont manufacturing facility, ensuring continued responsiveness to domestic program requirements.

All of Galvion’s head systems are engineered for seamless integration with modern mission equipment, including night vision devices, communications headsets, and wearable power and data solutions. Earlier this year, Galvion introduced Cortex™, a new category of modular, helmet-mounted computing and data networking systems that will offer advanced capability upgrades for both the Caiman and Hellbender platforms. The launch of Cortex reflects Galvion’s commitment to delivering future-ready technologies that evolve alongside user needs and operational environments.

Todd Stirtzinger, CEO at Galvion said: “This milestone reflects the depth of trust that global defence and security customers have placed in our Batlskin head systems and our team. With over 1.25 m helmets ordered in the past decade alone, significant recent wins and continuing key programs, we are incredibly excited about the future. Our success is a testament to focused design approach, disciplined execution, and collaborative relationships. It reinforces Galvion’s position as a leader in head systems and speaks to the reliability, agility, and future-forward vision we bring to every program.” He added: “With regional production now in place and our platforms evolving through technologies like Cortex, we’re well positioned to continue delivering advanced, scalable solutions that meet both today’s operational demands and tomorrow’s modernization goals.”

28 Aug 25. L3Harris Establishes Center of Excellence for Skyraider II Aircraft Production. L3Harris Technologies (NYSE: LHX) has increased production capacity at its Waco facility for the U.S. Air Force OA-1K Skyraider II and allied nations. The Waco site, with 40 years of experience in aircraft missionization, has expanded to serve as the hub for Skyraider II production and to support additional domestic and international operators. The aircraft will be developed in a newly outfitted hangar with advanced manufacturing tools and processes designed to enhance efficiency and agility. The production facility also allows technicians to streamline testing and provide rapid aircraft upgrades.

“This hangar brings together the talent and technology needed to rapidly advance the Skyraider II mission and deliver the OA-1K aircraft,” said Jason Lambert, President, Intelligence, Surveillance and Reconnaissance, L3Harris. “The site, which supported the prototype aircraft development, flight testing and FAA certification, is uniquely positioned to carry this mission forward.”

“L3Harris is a strong partner to Waco, as demonstrated by their investment in the opening of the Skyraider II production facility. The innovation taking place here in Central Texas will not only revolutionize advancements on the battlefield, but also strengthen our local economy,” said Congressman Pete Sessions, R-Texas. “This achievement is a testament to the strong workforce we have in Texas, and it is clear that what happens in Waco has global implications.”

Aircraft inductions are already underway at the facility, with the first deliveries on track for this fall. L3Harris continues to deliver aircraft monthly to fulfill the Skyraider II program of record and support operational needs. (Source: ASD Network)

28 Aug 25. Last week, Global Military Products and Polaris Government and Defense were invited to participate in a live-fire demonstration on Marine Corps Base Quantico in conjunction with the Marine Gunners Symposium. On one of Quantico’s 43 live ranges, a group of Marine gunners witnessed the Scorpion Light mobile mortar system in action, demonstrating the shoot and scoot capabilities of the system. Mounted on the Polaris MRZR Alpha 6×6, the fully integrated platform provides mobility, lethality, operator safety and air transportability. The rapid-fire control system is designed to elevate operational efficiency, while the expanded payload of the MRZR Alpha 6×6 variant allows for 48 mortars to also be transported.

The Scorpion Light – known internationally as the Alakran – mobile mortar system has been combat proven across countries in Europe and the Middle East, showing its reliability and effectiveness in diverse and hostile environments. Built with durable materials and rugged construction to withstand extreme temperatures, dust, and harsh conditions, its robust design and resilient technologies make it a durable weapon that can withstand the rigors of combat and remain effective. The mobile mortar system can fire 8 rounds and relocate in under 2 minutes. The dual system can integrate 120mm and 81mm smoothbore or rifled mortars in a very simple operation, providing high firepower and making it a powerful tool for neutralizing enemy targets.

The MRZR Alpha 6×6 is a two-seat platform with a 65 percent larger cargo bed optimized for heavier systems and payloads, like the Scorpion Light. The vehicle has 3,600 lbs (about 1632.93 kg) of payload available, with 3,000 lbs (about 1360.78 kg) of that available in the extended cargo bed. The third axle and short wheelbase also have a positive impact on mobility, decreasing the contact pressure per tire for enhanced performance in soft soil, mud and bogs. The MRZR Alpha 6×6 maintains top speed and air transportability and has more than 90% parts commonality with the base MRZR Alpha. Expeditionary warfighters operating worldwide in austere environments require modular platforms that can adjust to multiple environments and modes of transport – tactical air, fixed wing plane and ship – now more than ever.

28 Aug 25. USAF Tests Helicopter Countermeasures Over Water in Total Force Exercise. The 129th Rescue Wing, based at Moffett Air National Guard Base in Mountain View; the 144th Fighter Wing, based at Fresno ANG Base; and the ANG Air Force Reserve Command Test Center have conducted a first-of-its-kind test evaluating helicopter and fighter aircraft engagements. The Naval Air Warfare Center at Naval Air Station Point Mugu also provided critical support, demonstrating interagency collaboration. The exercise evaluated the effectiveness of countermeasures in a maritime environment. An F-15D Eagle from the 144th FW engaged with an HH-60G Pave Hawk from the 129th RW and an HH-60W Jolly Green II from the 305th Rescue Squadron based at Davis-Monthan Air Force Base, Arizona. The tests, simulating real-world scenarios, evaluated the helicopters’ defensive capabilities against modern aerial threats.

“The HH-60W has never undergone this type of evaluation,” said U.S. Air Force Lt. Col. Don Smith, AATC HH-60 Division deputy director. “This test data will help us determine how effective U.S. countermeasures are against fighter aircraft over water.”

The test data will inform future training and equipment upgrades aimed at enhancing the survivability of rescue helicopters. Modern Technology Solutions Inc., based in Las Vegas, is providing electronic warfare analysis support. Electronic countermeasures disrupt enemy sensors and weapons systems, crucial for aircraft protection. This test is significant for the Air National Guard, which faces unique training limitations.

“Guard units execute the same critical missions as active duty but often have fewer specialized training opportunities,” said U.S. Air Force Lt. Col. Terry Parham, AATC HH-60 Division director. “This exercise enhances mission effectiveness and provides invaluable training for our Airmen.”

The 129th RW is transitioning from the HH-60G to the HH-60W. The 305th RS’ HH-60W participation provided the 129th RW valuable experience with the new platform. The collaboration with the two California Air National Guard units and the Air Force Reserve’s 305th RS and 943rd Maintenance Squadrons, which are both part of the 943rd Rescue Group at Davis-Monthan AFB, demonstrates inter-unit and inter-service cooperation. Reservists from the 943rd RG overcame logistical challenges in preparing equipment for the test, highlighting their dedication. This exercise strengthens unit capabilities, improves interoperability and enhances overall force readiness. It emphasizes the importance of collaborative training and testing in today’s complex security environment. (Source: ASD Network)

28 Aug 25. U.S. Army and Polish Air Force Inspectorate Complete Joint SPIKE NLOS Live Fire Campaign from Apache AH-64E. The United States Army, in cooperation with the Inspectorate of the Polish Air Force and with support from Rafael Advanced Defense Systems, conducted a live fire campaign of the SPIKE NLOS (Non-Line-of-Sight) missile system from an AH-64E Apache attack helicopter at the Central Air Force Training Range in Ustka, Poland. The campaign was organized under the direction of U.S. Army, which deployed AH-64E Apaches from the 12th Combat Aviation Brigade, headquartered in Ansbach, Germany, to Poland for training and evaluation. The exercise was hosted by the Polish Ministry of National Defence (MoND) with participation from the General Staff of the Polish Armed Forces and the Inspectorate of the Polish Air Force. Observers from over ten allied nations, attended the event, alongside senior commanders from multiple NATO air forces. During the campaign, two SPIKE NLOS missiles were launched from U.S. Army AH-64E Apaches at maritime targets, achieving direct hits at ranges of 26 kilometers. Senior U.S. and Polish military officials emphasized that integrating SPIKE NLOS onto the Apache platform enhances rotary-wing aviation with extended standoff engagement and precision strike capabilities. They further noted the potential of the system as part of Poland’s future AH-64E fleet. The successful campaign reflects over a year of close planning and coordination between U.S. and Polish forces, supported by industry partners. The demonstration underscored the growing cooperation between the United States and Poland in advancing allied interoperability and long-range precision strike capabilities. As the developer and manufacturer of SPIKE NLOS, Rafael provided technical expertise, integration support, and operational know-how throughout the campaign. The company emphasized its commitment to supporting the Polish Armed Forces in every capability-building process they choose to pursue, including through cooperation with Poland’s defense industry.

27 Aug 25. SIG SAUER applauds the USAF and the Global Strike Command in their diligence and expediency in the safety inspection related to the investigation into the tragic incident at F.E. Warren Air Force Base. We remain in direct contact with the Air Force Global Strike Command (AFGSC) leadership during this process and will continue to work with them as they return the M18 to service and provide Airmen with safe, reliable, and effective weapon systems. As affirmed by the AFGSC, the M18 was specifically designed and rigorously tested to meet stringent requirements unique to the military. The AFGSC command-wide inspection showed that no weapon discharges were attributed to a malfunction and the M18 can safely and reliably accomplish their missions across the globe. We value this further confirmation of the safety, reliability, and durability of the P320-based M18 and look forward to continuing our partnership with the USAF. The U.S. military selected the M18 and M17 pistols for their safety and extreme reliability. The AFGSC’s comprehensive M18 investigation and inspection validates the platform’s military suitability. SIG SAUER is hopeful the USAF’s thorough inspection and confirmation will satisfy the concerns of ranges, training facilities and organizations who temporarily suspended the use of P320 variants. The SIG SAUER P320 based M17 and M18 pistols are in service with all branches of the U.S. military and SIG SAUER is extremely proud to support the mission to protect the nation and defend freedom around the world. (Source: PR Newswire)

27 Aug 25. Czech Army prepares to receive MSHORAD air-defence system. The Czech Army’s 25th Anti-Aircraft Missile Regiment in Strakonice is preparing to integrate Mobile Short-Range Air Defence (MSHORAD) systems with RBS 70 NG (New Generation) missiles that the Czech Ministry of Defence ordered from Saab Dynamics on 25 July. The unit is currently equipped with manportable air-defence system (MANPADS) versions of the RBS 70 and RBS 70 NG, with Tatra offroad trucks used to transport the weapons and crew. The MSHORAD system for the Czech Army uses a Saab remote-controlled weapon station with a triple launcher for guided missiles and an RBS 70 NG targeting/guidance unit capable of operating day or night or in adverse weather conditions with automatic target tracking. The MARS 4×4 vehicle, developed and manufactured by Czech company SVOS in Přelouč, will serve as the carrier platform. In addition to the crew, the vehicle will carry additional missiles and a tripod mount and related equipment from the MANPADS version. The targeting unit can be removed from the turret and together with the missile be placed on a standard 22 kg tripod for use as a MANPADS, a capability required by the Czech Army. The SEK1.86bn (USD195m) contract covers the purchase of 24 MARS 4×4 wheeled armoured vehicles in mobile fire unit (MFU) configuration with RBS 70 NG turret assemblies. The Czech Republic will also receive eight additional RBS 70 NG portable systems, 80 RBS 70-series missiles, training equipment, spare parts, and personnel training services. (Source: Janes)

27 Aug 25. US Army selects Spike NLOS for mobile, long-range precision strike. Lockheed Martin will apply the missile to US Army applications through a teaming arrangement with Israeli company Rafael. The US Army have down-selected the Spike non-line-of-sight (NLOS), anti-armour missile system for its mobile, long-range precision strike capability to be used from ground vehicles by infantry brigade combat teams (IBCTs). Lockheed Martin, an American defence prime teaming with the Israeli manufacturer Rafael, bringing the capability to the US defence market, demonstrated the performance of the munition system at Dugway Proving Grounds in Utah. Operators fired three shots, all of which resulted in direct hits, including one unobstructed and two obstructed targets. The shots were ground-launched from an unspecified vehicle and verified Spike’s NLOS capability, which means that the missile offers a stand-off strike capability against distant or geographically concealed targets outside of the direct line-of-sight. It is said that this sixth-generation Spike NLOS missile has a range of up to 50 kilometres (km) from a helicopter and 32km from the ground. While many observers of the Russia-Ukraine conflict point to the rise of first-person view (FPV) uncrewed aerial systems (UAS) as a more cost-effective anti-armour solution, experts from the Royal United Services Institute in London have argued that FPVs have an unreliable effect on armoured targets, requiring multiple hits to kill.

“Operational data from Ukraine demonstrates that only approximately one in five of these munitions reaches a target, because of the manufacturing quality and reliability, the pilot skills required and the effect of EW [electronic warfare] on their control channels,” the authors weighed in a report on Mass Precision Strike (2024).

It does not help that main battle tanks and armoured vehicles are kitted with additional protective layers against the proliferation of these cheap drones. During the IDEX 2025 exhibition in Abu Dhabi, for example, the Russian state-owned defence company Rostec peddled its export version of the T-90, boasting add-on slat armour, “taking into account [ongoing] combat experience” in Ukraine. In this backdrop, the US Army must enhance its IBCT design now that the Department of Defense have ceased procuring the M10 Booker, which would have provided the necessary mobile firepower. Thus, Lockheed suggest that having a man-in-the-loop concept allows the user to “guide” the missile to its target while receiving real-time video so soldiers can make critical targeting decisions, or even abort the mission, while the missile is still in flight.

Transition to the US defence market

Lockheed Martin first partnered with Rafael in 2012 to bring Spike NLOS to US customers. While defining their final requirements for a long-range precision strike missile (LRPM) programme of record, the US Army named Spike as the interim LRPM solution and will evaluate the system on AH-64E Apache helicopters. Furthermore, Lockheed fired Spike NLOS from light combat vehicles such as the Joint Light Tactical Vehicle (JLTV) – so prevalent in the US Army’s ground portfolio – at a range of up to 32km. Although the service has operated nearly 4,000 different JLTV types since 2021, according to GlobalData intelligence, the US Department of Defense still recommended cancelling future orders of the vehicle in its FY25-26 budget proposal. This decision, one of many to constitute the efficiency plans at the heart of the Trump administration, comes as automotive manufacturer AM General prepares to deliver 20,000 units of the latest JLTV A2 variant, along with 10,000 trailers. (Source: army-technology.com)

27 Aug 25. Lockheed Martin seeks to have missiles produced by Rheinmetall, WiWo reports. U.S. defence contractor Lockheed Martin is seeking to have German peer Rheinmetall manufacture missiles including ATACMS and Hellfire types in Germany, business magazine WirtschaftsWoche cited a Lockheed executive as saying.

“We are already actively discussing additional manufacturing – including for ATACMS and Hellfire missiles,” Lockheed’s Europe head Dennis Goege told WirtschaftsWoche, adding that it would take place at Rheinmetall’s expanding Unterluess site in northern Germany.

The two companies said in April they would expand their cooperation beyond a memorandum of understanding signed in 2024, with the U.S. group providing missile and rocket technology and Rheinmetall manufacturing and selling missiles in Europe. Goege also told the magazine that the final list of missiles had yet to be determined. (Source: Reuters)

25 Aug 25. Finland seeks demining robots amid exploding focus on combat robotics. The Finnish military has launched a tender to procure mixed-sized military robots that will help ground forces in disposing explosive threats, as more armed forces in Europe refine their combat robotics requirements. The Nordic country is seeking two models of robots, a large and a smaller variant, that will equip the Finnish Defense Forces’ explosive ordnance and improvised explosive device teams.

“Robots will be used in all standard EOD/IEDD operations, mainly in Finnish terrain, but shall also be capable of operating in international crisis management missions around the world,” a notice published last month by the military’s Logistics Command said.

The initial planned purchase is for four platforms, including spare parts and training, but a follow-on order could entail a total of eight. The tender envisions vehicles that weigh less than 300 kilograms (662 lbs), move on tracks, can be operated wirelessly, and can be fitted with at least two disruptors, which are typically used for disabling explosive devices. In addition, a human operator must be able to use the system’s remote control or interface to activate the disruptors. The estimated value of the purchases is 14,3 m euros (16,7 m USD). Ukraine has been at the forefront of unmanned ground vehicle technologies over the last few years, contributing to fast-track interest in them. The country recently announced the creation of the world’s first UGV battalion. The development of such platforms has previously been slower, as militaries were gradually fine-tuning their plans to field them as a complement – or outright replacement – of legacy systems. In July 2023, only a few months after Russia launched a full-scale invasion of Ukraine, the Estonian Defence Forces organized a demonstration for vendors to show off their vehicles’ abilities. At the time, one of the event’s organizers told Defense News that for the systems to be deployed in operational scenarios like what was unfolding in Ukraine, they required much more robustness and testing. Since then, UGV manufacturers have multiplied contracts both within and outside of Europe. The Estonian-based producer Milrem Robotics, which was acquired by the Emirati conglomerate Edge Group, has over a dozen of its THeMIS UGVs in various configurations to Ukraine and received orders from the Japanese and Emirati militaries last year. In June, the Dutch Ministry of Defense signed a contract on behalf of the Ukraine Task Force with Rheinmetall Defense Nederland to supply 20 UGVs to the Ukrainian forces. France is currently testing the Aurochs 4×4 UGV as it plans to field combat-ready robotic capabilities by 2040. Similarly, last month, Italy hosted the first EU-wide OPEX operational experimentation, in partnership with the European Defense Agency, where six European defense companies demonstrated the capabilities of drones and robotic ground systems. (Source: Defense News)

26 Aug 25. LM Tests New Training Rocket to Boost Army Readiness and Cut Costs. Lockheed Martin (NYSE: LMT) has successfully showcased its new prototype Joint Reduced Range Rocket (JR3) solution, a reusable pod and affordable training round to replace the current Low-Cost Reduced Range Practice Rocket for the U.S. Army and global partners. During a flight demonstration conducted at White Sands Missile Range, Lockheed Martin successfully launched the training round for the first time, demonstrating range, trajectory and reusability. After firing, the test team reloaded a new rocket into the same tube – highlighting the ability for soldiers to reuse the same rocket tube and pod in the field. This advancement provides more training rockets per pod and saves time and resources.

“Our new prototype training round offers a scalable, cost-effective solution built on mature rocket motor technology,” said Dave Griser, vice president of Precision Fires Rockets at Lockheed Martin Missiles and Fire Control. “With a pod capacity of more than 20 rockets, it meets the Army’s demand for increased training volume and affordability without sacrificing performance.”

Market forecasts by Region, Component, Simulator, Type, Service, Software, Hardware, and by End-User. Market and Technology Overview, Market Dynamics, Impact and Opportunity Analysis, and Leading Companies The JR3 rocket is designed to be used with HIMARS and MLRS M270 launchers, which will provide realistic live-fire practice for crews on constrained ranges. The new round enables training exercises to be conducted in a variety of environmental conditions, during day or night, at multiple facilities. Lockheed Martin’s JR3 is not only a cost-effective solution; the technology can also be transferable to future evolutionary efforts such as Direct Support Fires Technology (DSFT) – an Army-led initiative focused on low cost, mass producible rockets compatible with HIMARS and M270 launchers. “With our unique precision fires experience, advanced manufacturing and infrastructure, we’re positioned to offer scalable solutions in that space as well,” said Griser. (Source: ASD Network)

22 Aug 25. India successfully test fires Agni-5 missile. Agni-5 is India’s longest-range operational missile with range of 5,000km. India has successfully test-fired the Agni-5 intermediate-range ballistic missile (IRBM) under the Strategic Forces Command’s supervision. The test was conducted on 20 August 2025,m from the Integrated Test Range at Chandipur in the Indian state of Odisha.

“Intermediate Range Ballistic Missile ‘Agni 5’ was successfully test-fired from the Integrated Test Range, Chandipur in Odisha on August 20, 2025. The launch validated all operational and technical parameters,” a statement from Ministry of Defence reads.

With its 5,000km range, the Agni-5 is stated to be India’s longest-range operational missile. Its coverage include complete Asian continent and extends to parts of Europe, an Economic Times report said. It is part of the Agni missile series, which also comprises earlier versions, Agni-1 through Agni-4. These have already been deployed and feature ranges spanning from 700km to 3,500km. Capable of carrying nuclear warheads, Agni-5 is launched from mobile platforms and the Integrated Test Range. The missile’s advanced guidance systems reportedly provide high precision, and it is powered by a three-stage solid-fuel rocket. The previous trial of the Agni-5 took place on 11 March 2024, when it was successfully tested with Multiple Independently Targetable Re-entry Vehicle (MIRV) technology by the Defence Research and Development Organisation (DRDO). In 2018, India had conducted a cannister-based test firing of the Agni-5 from Dr Abdul Kalam Island off the Odisha coast. Currently, the DRDO is said to develop the Agni-VI, which is expected to have a range of approximately 10,000km. In July 2025, DRDO completed two successful flight tests of India’s Pralay surface-to-surface missile. Pralay is an indigenously developed quasi-ballistic missile with a solid propellant. Earlier, in April 2025, four successful test launches were conducted for the Medium-Range Surface-to-Air Missile (MRSAM) by the DRDO and Indian Army. Data and analytics company GlobalData projected India’s defence spending to reach $543.1bn over the period from 2026 to 2030. (Source: army-technology.com)

25 Aug 25. Finland conducts first test-firing of Gabriel V SSM from Hamina class. The Finnish Navy has conducted a first-of-class test-firing of the Israel Aerospace Industries (IAI) Gabriel V (known in Finnish service as the PTO2020) surface-to-surface missile (SSM) from a Hamina-class fast attack craft. In a post on the Finnish Navy’s website on 22 August, it said that exercises with the new SSM had been conducted over the boreal summer and that the missile had entered operational service. The PTO2020 replaced the RBS15 SSM on the Hamina class following a mid-life upgrade (MLU) programme, which saw all four ships of the class modernised between 2018 and 2023. Janes assesses that the Gabriel V, also known as the Advanced Naval Attack Missile (ANAM), has a length of 5.5 m and an estimated launch weight of 1,250 kg. The SSM can reach a maximum speed of Mach 0.8 and has a range of over 200 km. According to the Finnish Defence Forces, PTO2020 can also be used for land attack and is equipped with a radar seeker, while also using global navigation satellite services (GNSS) positioning and inertial navigation. PTO2020 is to also equip the Finnish Navy’s four future Pohjanmaa-class corvettes, while land-based versions of the missile are scheduled to replace Finland’s truck-mounted MTO 85M anti-ship missiles for coastal defence before 2030. The Commander of the Finnish Navy, Rear Admiral Tuomas Tiilikainen, said that “by installing the missile system [PTO2020] on several different platforms, we will achieve combat durability and a wide-area strike capability on land and sea”. (Source: Janes)

22 Aug 25. L3Harris Expands Florida Facility to Support America’s Golden Dome. L3Harris Technologies (NYSE: LHX) has completed a $100 m expansion at its satellite integration and test facility in Palm Bay to support the Department of Defense’s (DOD) urgent need for on-orbit technology for the Golden Dome for America. L3Harris’ new investment in Florida adds to the existing capability of the Space Coast and will enable key components for this strategic capability to be delivered during President Trump’s second term. Elected officials, customers and business leaders participated in a ribbon-cutting ceremony today for the expanded 94,000-square-foot facility, designed to produce next-generation satellites that will identify, track and defend against hypersonic and advanced missile threats.

“Accelerating the production of proven hardware for national missile warning and defense remains a priority as we align resources across the enterprise to support the President’s vision for America’s Golden Dome,” said Christopher E. Kubasik, Chair and CEO, L3Harris. “We continue to deliver advanced space-based technology with the speed and agility required to protect our homeland from advanced threats while bolstering U.S. manufacturing and continued investment in Florida.”

Market forecast by Region, Type, Application, and End-User. Market and Technologies Overview, Country and Impact Analysis, and Leading Companies

L3Harris currently provides crucial missile warning and missile defense capabilities with five satellites on orbit and 34 satellites being developed for hypersonic missile tracking in support of the DOD’s current missile warning and missile defense architecture.

“Thank you for what you do every day for our country. It’s so exciting to see a new facility opening in Palm Bay, Florida,” said U.S. Rep. Mike Haridopolos. “L3Harris is an instrumental leader, not just in space, but national defense, as you’re a vital part of the Golden Dome.”

L3Harris has invested hundreds of ms of dollars in infrastructure and manufacturing processes across the United States to deliver national defense capabilities at the pace and scale required.

“Palm Bay is honored to be the home of this advanced facility, which plays a vital role in strengthening our national security and sustaining the technological edge that keeps our country safe,” said Palm Bay Mayor Rob Medina. “The investment by L3Harris not only supports key defense and space missions but also drives economic opportunity here at home through high-skill, high-wage jobs. We’re proud that Palm Bay is helping lead the way in supporting our nation’s readiness and innovation. L3Harris remains a valued partner in that mission and in the continued growth of our city.”

L3Harris’ investments translate to more than 900,000 square feet of new and renovated advanced manufacturing space nationwide to support the production of space-based missile warning and defense technologies, precision fire-control sensing, targets, and propulsion and control systems for interceptors. (Source: ASD Network)

22 Aug 25. New Facility at SNI Doubles Target Launch Capacity. Naval Air Warfare Center Weapons Division leaders, joined by Naval Surface Warfare Center – Port Hueneme Division, Naval Facilities Command, and Naval Base Ventura County leaders, cut the ribbon Aug. 20 on a new facility at San Nicolas Island that doubles the command’s capacity for launching supersonic targets on the Point Mugu Sea Range. The ground-launched GQM-163A Supersonic Sea Skimming Target is capable of maneuvering to simulate current threats facing the fleet and is a critical test and training asset for the Navy. NAWCWD’s Threat/Target Systems Department operates two launchers on SNI that together can launch four targets simultaneously, allowing sailors to train and qualify against multiple incoming threats – a more realistic scenario than single launches. That more complex training is especially critical given the escalating tensions abroad.

“The threat environment is changing every day, and we must change and grow with it,” said Rear Adm. Keith Hash, NAWCWD commander. “Being able to present multiple, realistic threats is critical to ensure we deliver our warfighters a decisive advantage so they can deter aggression and, if necessary, win in conflict and return home safely.”

“For the past two years, our surface Navy has been taking the fight, taking the shots, on the other side of the world,” said Capt. Anthony Holmes, commanding officer for NSWC-PHD. “Our warfighters are being asked to fight and use their ships and weapons in ways they never thought they would.”

The new facility, a high explosive magazine, paired with a recently completed missile assembly building, allows NAWCWD to build and store eight GQM-163 targets every eight weeks, doubling the previous capacity of four targets. The Coyote, as the target is called, is nearly 20 feet in length, 30 with its booster attached. That extended size necessitated a much larger storage facility than previously existed at SNI.

“We started this project in 2016 when PEO (IWS) came to us looking to do 30-plus launches a year. At the time, our assembly buildings could only build two each – so a maximum of four,” said Kevin Gross, TTSD director. “We began what became known as MILCON P-586 for both facilities, but due to funding it was split into two phases. The increase in capacity and capability with this project was only possible because of the funding and support from OPNAV N94.”

The first facility completed was a Missile Assembly Building in December 2022. That allowed more targets to be assembled on site, but storing so many targets was still an issue until the HEM was completed in June 2025 and obtained its final explosives safety certification Aug. 13. The HEM’s ability to store up to 10 assembled targets and boosters significantly reduces the timeline for conducting final tests and acceptance prior to launches. The team can conduct two quad launches in a 24-hour period with two back-up targets ready to launch into the Point Mugu Sea Range, the Department of Defense’s largest and most extensively instrumented overwater test range.

“The Range is so valuable to the Surface Navy and the Navy writ large. Threats are getting more complex, and the expanded capabilities this new facility brings are critical to ensuring our Sailors are ready to face them” said Capt. Anthony Holmes, NSWC-PHD commanding officer.

Naval Base Ventura County, which encompasses Point Mugu, Port Hueneme, and SNI, also hosts three warfare centers including NAWCWD and NSWC-PHD. The partnerships between the warfare centers, particularly on the Range, are critical to ensuring effective, efficient weapons testing and surface fleet training.

“The unique capabilities here at NBVC are force multipliers that ensure our Navy’s research and development, test and training, and deployable forces are equipped to meet today’s needs and tomorrow’s challenges,” said. Capt. Daniel Brown, NBVC commanding officer.

The HEM is already in use, just in time for fleet training this fall. (Source: ASD Network)

22 Aug 25. Australia, UK Partner on Guided Weapons R&D. The adoption of novel weapons and tactics in today’s battlespace is happening at an extremely rapid rate. To build competitive advantage, Australia is pursuing greater defence technology cooperation with international partners to accelerate the delivery of advanced military capabilities for the warfighter. A new partnership between Defence Science and Technology Group (DSTG) and the United Kingdom’s Defence Science and Technology Laboratory (Dstl) will bring together cutting-edge technologies from both countries to develop affordable, next-generation guided weapons systems. Signed in February 2025, the Copperhead Project Arrangement (PA) aims to accelerate weapons development with innovative ‘plug and launch’ modular technology to deliver advanced, yet low-cost, guided weapons subsystems. Copperhead leverages Australia’s existing Sharktooth technology and combines it with the United Kingdom’s Modular Weapons Testbed – capitalising on both nations’ shared expertise to bring concept to capability faster. Led by DSTG, Sharktooth is a small guided missile project that enables rapid integration of components like sensors, warheads, guidance systems and propulsion units. DSTG Research Leader Dr Michael Sharp said ‘plug and play’ modular technology offered the Australian Defence Force an effective and agile response to evolving threats and countermeasure on the battlefield.

“The pinnacle of which could be ‘plug and launch’ enabling the soldier in the field to adapt to the mission at hand by combining weapon components or a mix of weapons,” Dr Sharp said.

“The disruption that this offers over more conventional weapons approaches has the potential to confer asymmetric advantage, contributing to a strategy of deterrence.”

The PA will also grow sovereign manufacturing capability through research and development (R&D), central to the Guided Weapons and Explosive Ordnance (GWEO) Plan to deliver the Government’s Future Made in Australia agenda. Under the GWEO research and development program, the Australian Government has invested nearly $60 m for domestic industry to partner with DSTG on GWEO sub-systems technologies. Copperhead will boost this effort by driving new Australian defence industry bases in sub-systems where there is currently limited or no capability in Australia. For example, it will support the creation of future capabilities including rocket motors and propulsion modules, modular warheads and fuzes, advanced seekers and innovative guidance, navigation and control technologies.

“The agreement expands our ability to leverage new technologies from a more diverse range of industry partners and will speed development by integrating technology for test and evaluation in weapons realistic test beds,” Dr Sharp said.

Chief Defence Scientist Professor Tanya Monro said Copperhead combined the strengths of DSTG and Dstl to deliver asymmetric advantage in a deteriorating strategic environment.

“In an increasingly challenging and contested global security environment, Australia must strengthen its industrial and technology cooperation with international partners to pool resources and give Australia a genuine competitive edge,” Professor Monro said.

“Our ability to deliver advanced defence capabilities is underpinned by international partnerships like this one, enabling game-changing ideas and cutting-edge science to be developed with speed into capabilities that provide the ADF an advantage.”

The groundbreaking partnership illustrates how Defence is prioritising innovation, science and technology (IS&T) to deliver a focused, integrated and more lethal ADF under the 2024 National Defence Strategy and Defence IS&T Strategy: Accelerating Asymmetric Advantage – Delivering More, Together. (Source: ASD Network)

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21 Aug 25. UK jobs and air defences boost with purchase of new missile launchers. The UK is buying six Land Ceptor air defence missile launchers, supporting up to 140 jobs across the country and strengthening our national security.
• UK buying six new Land Ceptor air defence missile systems to bolster national security and defence.
• New contract with MBDA supports up to 140 jobs across the UK, demonstrating defence’s role as an engine for growth and supporting the Government’s Plan for Change.
• First live firing in the UK of system so accurate it can hit a tennis-ball sized object travelling twice the speed of sound.
Britain’s air defences are to be strengthened with the purchase of six new surface-to-air Land Ceptor missile systems, the Ministry of Defence has announced today (Friday 22 August).
The £118m purchase will secure jobs and growth in the North-West, supporting up to 140 jobs including at manufacturer MBDA’s site in Bolton, Lancashire, delivering on the Government’s Plan for Change.
The systems will form part of Sky Sabre, a state-of-the-art defence system capable of intercepting cruise missiles, aircraft and drones.
It is hugely accurate, able to hit a tennis-ball sized object travelling twice the speed of sound. The sophisticated system can also simultaneously control the flight of 24 missiles, guiding them each to intercept separate targets at once.
The UK is doubling the number of deployable Sky Sabre systems operated by the Armed Forces in a drive to reinforce our air defences.
The purchase from MBDA will support up to 140 jobs across the UK, including at the site in Bolton, which earlier this year announced an expansion of 700 new jobs. Defence already supports 1,300 jobs at the facility, and over 5,000 more at other MBDA sites, contributing to economic prosperity in the North West and across the UK, and delivering on the Government’s Plan for Change.
Minister for the Armed Forces, Luke Pollard MP, said: “We are delivering on the Strategic Defence Review by equipping our armed forces with state-of-the art equipment to help keep us safe. Doubling our deployable Sky Sabre capability will strengthen the UK’s air defences, protect UK forces abroad, and deter our adversaries.
Through this investment we are supporting over 100 jobs across the UK, with more to come. We are implementing the government’s Plan for Change with defence as an engine to drive growth, boosting our industrial capacity and national prosperity. The upcoming Defence Industrial Strategy will set out how we will further drive defence as an engine for economic growth, building a resilient, high-growth industry and ensuring the defence dividend reaches every part of the UK.”
This three-year contract will deliver six brand new MRAD (medium range air defence) Land Ceptor missile launching systems for use by the British Army at home and anywhere in the world. These launchers can be used on their own and are also a key component of Sky Sabre, a ground-based air defence missile system used to intercept cruise missiles, aircraft and drones. The system is comprised of three main elements: radar, command and control, and missile launcher.
In line with the UK’s NATO-first approach, underlined in the Strategic Defence Review (SDR), Sky Sabre was recently successfully tested in the QinetiQ-run range in Outer Hebrides as part of Exercise Formidable Shield. The NATO exercise saw the first live firing of the system in the UK. British Armed Forces have also deployed Sky Sabre in Poland as part of Operation Stifftail, strengthening the defence of NATO’s eastern flank.
Chris Allam, Managing Director MBDA UK, said: “We welcome this contract as it builds on our strategic partnership with the UK Ministry of Defence. Land Ceptor is an excellent example of the innovative capability that this partnership has produced and delivered to the British Army. Building these weapon systems has been a key part of our growth at our Bolton site and this contract helps us to sustain this expansion going forward.
Manufacturing more launchers will provide more jobs and sustain many vital partners in our supply chain. Just as importantly, it will give the Army the decisive military capability and increased scale needed in Air Defence.
The UK is delivering on the SDR by equipping the Armed Forces to be dramatically more lethal, combining more people and armoured capability with air defence, communications, AI, software, long-range weapons, and land drone swarms. The additional Sky Sabre purchase comes on top of the up to £1bn of new funding committed in the SDR for increased homeland air and missile defence.
Recently published figures show 151,000 UK jobs are directly supported by the MOD’s spend with industry, an increase of 14,000 on the previous year, delivering on the government’s Plan for Change by reinforcing our industrial capacity and boosting a defence dividend across the country.”
Lieutenant Colonel James Boutle, Commanding Officer 16th Regiment Royal Artillery, said: Sky Sabre represents a step change in the UK’s ground-based air defence capability. As the Army’s most advanced air defence system, it provides a powerful shield against modern airborne threats, from fast jets to precision-guided weapons and drones.
For 16th Regiment Royal Artillery, operating Sky Sabre is both a privilege and a responsibility – ensuring we are trained and ready to strengthen the UK’s contribution to NATO when called upon. As part of this, we work hand-in-hand with industry partners such as MBDA here in the UK to continuously optimise the system to ensure it remains on the cutting edge – a collaboration that guarantees we stay ahead of adversary technology.” (Source: https://www.gov.uk/)

21 Aug 25. Lockheed Martin F-35A uses Small Drone to Guide Precision Bombs in First-of-its-Kind Test. The Lockheed Martin F-35A has completed a first-of-its-kind strike test with the help of a PDW C100 drone. Acting as a laser designator, the drone guided four bombs to target, showing how small unmanned systems can enhance stealth aircraft without risking pilots or ground forces. In a breakthrough for battlefield coordination, a single PDW C100 drone has successfully guided four precision bombs released by a US Air Force F-35A stealth fighter, striking multiple targets without support from any other aircraft. The July trial, conducted by Performance Drone Works (PDW) alongside the Department of Defense, showcased how a small unmanned aerial system (UAS) can work directly with a fifth-generation fighter to deliver accurate, long-range strikes from standoff distances.
How the F-35 Drone Test Worked
Equipped with a Leonardo STAG5 laser target designator, the C100 marked three separate ground targets at ranges of 1,000, 1,500 and 2,000 meters. Loitering 3 km from its operator for 35 minutes, the drone relayed precise targeting data to the F-35, which dropped four inert GBU-12 bombs. All four strikes were confirmed on target.
“This exercise demonstrated the ability of an operator to safely mark targets from a standoff range with the C100 for joint fires capabilities without the need for supporting aircraft,”
said PDW CEO and co-founder Ryan Gury. The US Air Force has not publicly commented on the demonstration.
Stealth fighters like the F-35 are most effective when operating at altitude and away from radar threats. Traditionally, laser-guided strikes have required either another manned aircraft or exposed ground troops to designate targets—forcing the jet to descend and risk detection. By offloading that role to a small drone, the F-35 can maintain its stealth profile while still delivering precision effects.
The PDW C100: More than Just a Spotter Drone
PDW built the C100 as an ‘organic fires platform’, designed to deliver intelligence, surveillance and reconnaissance (ISR), target designation, and even kinetic effects.
Its modular payload system allows the drone to pass laser designation seamlessly between close air support, indirect fire, or maritime assets. According to CEO Ryan Gury, the goal is to make the C100 “the ultimate organic fires platform,” giving both ground forces and advanced aircraft far greater tactical flexibility.
The C100 has already been adopted by the US Army’s 173rd Airborne Brigade, which acquired four systems earlier this year to replace its retired RQ-7B Shadow drones.
Soldiers are also experimenting with cost-effective, 3D-printed first-person-view drones, but the C100 offers far greater range, up to 10 km with an endurance of 74 minutes, and can operate in mountainous or contested environments without line of sight.
Staff Sgt. Nathaniel Daniels, a platoon sergeant with the brigade, noted the platform’s versatility:
“We saw the PDW C100 mission sets able to drop supplies to a forward aid station or conduct autonomous missions beyond 2 or 3 kilometres. The drone will complete the task and return.”
F-35 and Drone Teaming Showcases the Future of Joint Fires
The F-35 demonstration highlights a shift in close air support doctrine. Instead of relying on low-flying aircraft or exposed JTACs to mark targets, small modular drones like the C100 can now close the kill chain from safe distances.
For PDW, the test also validates a broader ambition: to integrate compact drones across domains – air, land, and sea – supporting joint fires without exposing high-value aircraft or personnel.
As modern conflicts demand more precision, flexibility, and survivability, the C100 shows how even small drones can amplify the effectiveness of 5th-generation fighters.
The future of joint fires may not rest solely on the shoulders of stealth jets, but on their ability to team seamlessly with agile, low-cost unmanned partners. (Source: UAS VISION/Aerospace Global News

21 Aug 25. Taiwan Disguises Hellfire Missile Launcher as Civilian Truck. Taiwan’s armed forces have developed a launch system for AGM-114 Hellfire missiles concealed inside what otherwise looks to be a civilian truck. Taiwanese authorities say the truck-mounted launcher could provide a valuable new means of employing Hellfires, especially if its AH-1W and AH-64E attack helicopters are faced with heavy air defense threats.
It also offers a mobile strike capability that is more difficult for an opponent to spot, and that could be particularly useful for bolstering shore defenses in the face of a Chinese amphibious operation.
The truck-mounted Hellfire launcher was showcased in a video, seen below, put out by the Military News Agency, an official outlet of Taiwan’s Ministry of National Defense (MND). The 209th Arsenal, part of the MND’s Armaments Bureau, was responsible for crafting the launch system.
The system consists of a standard twin-rail Hellfire launch rack on a mount inside the main body of the truck. Roll-up doors on either side of the body open to allow the missiles to fire out the right side and the backblast to vent the other way.
In addition, there is a sensor mast that extends through a sliding hatch on the roof of the truck’s body. Mounted on top is what looks to be a small radar, as well as a ball-type sensor turret, which are typically equipped with a mix of electro-optical and infrared cameras. The turret may also contain a laser designator. Typical laser-guided Hellfires are seen at one point in the Military News Agency video, but millimeter-wave radar-guided AGM-114L Longbow variants are seen actually being test-fired. The system could be able to employ Hellfires from Taiwan’s stocks with either type of guidance.
“The vehicle-mounted missile system is designed for asymmetric warfare,” a member of the 209th Arsenal, identified only as Colonel Su, says in the video, according to a machine translation. “In wartime, we may face enemy air threats in anti-armor missions. We’ve integrated the air-based Hellfire missile into a land-based Hellfire system.” (Source: UAS VISION/The War Zone)

16 Aug 25. US approves possible HIMARS sale to Bahrain. The US Department of State has approved the possible Foreign Military Sale (FMS) of M142 High-Mobility Artillery Rocket Systems (HIMARSs) and related equipment worth up to USD500 m to Bahrain, the US Defense Security Cooperation Agency (DSCA) announced in a press release on 14 August. The Bahraini government has requested four HIMARSs and three International Field Artillery Tactical Data Systems. It has also requested M28A2 Low Cost Reduced Range Practice Rocket pods; High Mobility Multi-Purpose Wheeled Vehicle Fire Direction Centers; M1084A3 HIMARS resupply vehicles; HIMARS Driver Vision Enhancer systems; AN/PSN-13 Defense Advanced GPS Receivers; support and test equipment; simulators; generators; integration and test support; spares and repair parts; communications equipment; software delivery and support; facilities and construction support; publications and technical documentation; personnel training and training equipment; support equipment; US government and contractor engineering, technical, and logistics support services; studies and surveys; and other related logistics and programme support. The proposed FMS will support US foreign policy goals and national security objectives by improving a major non-NATO ally that is an important force for political stability and economic progress in the Middle East, according to the DSCA. The agency added that the proposed sale would improve Bahrain’s capabilities to meet current and future threats by enhancing its ability to provide critical support for the security of US installations and personnel in Bahrain, integrate into US-led coalitions, and operate independently. The DSCA did not expect the HIMARS sale to change the basic military balance in the Gulf region. (Source: Janes)

14 Aug 25. Pakistan inducts first Chinese-built Z-10ME attack helicopters. Pakistan has formally introduced Chinese-manufactured Z-10ME attack helicopters into service. Field Marshal Asim Munir, the Chief of Army Staff, presided over an induction ceremony for the new attack helicopters at Multan Garrison on 2 August. Afterwards, Munir witnessed a firepower demonstration by new Z-10MEs at the Muzaffargarh Field Firing Ranges.
As per an announcement from the Pakistan military’s Inter-Services Public Relations (ISPR) agency, the helicopters were inducted by the Pakistan Army Aviation Corps. No details on the number of helicopters acquired were provided, although various sources suggest Pakistan could procure as many as 40 Z-10 helicopters.
Pakistan is the first export customer for the Z-10ME, with Islamabad forced to opt for the Chinese type following cancellation of a deal with Turkey to purchase T129 Atak attack helicopters.
Pakistan’s ISPR declared, “The induction of this potent system marks a major leap in the modernisation of army aviation, reinforcing its integrated battlefield response and capacity to deliver decisive effects against potential adversaries.”
The agency continued, “This state-of-the-art, all-weather platform is capable of precision strike operations day and night. Equipped with advanced radar systems and cutting-edge electronic warfare suites, the Z-10ME significantly enhances the army’s capability to engage diverse aerial and ground threats.”
Pakistani Z-10MEs sport the same black colour scheme as Chinese Z-10s.
The Z-10ME is manufactured by the Aviation Industry Corporation of China (AVIC), and it is an upgraded version of the Z-10 in service with the air and ground forces of the People’s Liberation Army. The Z-10ME, for example, is powered by more powerful WZ9G 1,200kW engines of Chinese origin.
The Z-10ME was first unveiled at Airshow China 2018, and it made its international debut at the Singapore Airshow in 2024. The Z-10ME displayed in Singapore featured detachable armour panels, a missile approach warning system, radar warning receiver, countermeasures dispensers, a chin-mounted 23mm cannon, nose-mounted electro-optic pod and a millimetre-wave fire control radar.
Field Marshal Asim Munir of the Pakistan Army examines a brand new Z-10ME attack helicopter at Multan Garrison on 2 August. (ISPR)
However, images shown of the Pakistan Army’s Z-10ME so far do not feature a rotor-mounted fire control radar.
The Z-10ME can carry a wide variety Chinese-produced munitions, including FS70B aerial blast fragmentation rockets, GR5 guided rockets, TY-90 air-to-air missiles and CM-502KG air-to-surface missiles.
The attack helicopter can carry two rocket pods (carrying seven rockets each) on its inner stub wings, while the pylons on the outer stub wings can accommodate four TY-90 missiles or CM-502KGs. It can also be configured to carry a total of 16 antitank missiles, or four seven-round rocket pods or two 19-round rocket pods.
The ongoing induction of Z-10ME attack helicopters into the Pakistan Army inventory will redress shortcomings relative to India for such helicopter types.
The Indian Air Force operates 22 AH-64I Apache Guardians, an estimated 30 Mi-35 gunships and it has 66 indigenously built Prachand Light Combat Helicopters (LCH) on order. The Indian Army, meanwhile, has 90 LCHs on order, and it recently took delivery of three out of six AH-64I Apaches ordered in 2020. (Source: AMR)

14 Aug 25. Vietnam is confirmed as K9 SPH’s first Southeast Asian customer. A loosely held secret has now been confirmed – Vietnam is the latest customer for the K9A1 155mm self-propelled howitzer (SPH) from Hanwha Aerospace. This means Vietnam becomes the first Southeast Asian customer for this popular tracked artillery piece from South Korea. The deal with Hanoi was brokered by the government’s Korea Trade-Investment Promotion Agency (KOTRA) rather than by Hanwha itself, and the contract covers 20 K9A1 SPHs.
The price tag is reported to be US$250 m, which likely means Vietnam has skimped on an associated maintenance package, although a separate contract may be signed later to cover this. Nor does it seem that Vietnam ordered accompanying K10 ammunition resupply vehicles.
It is unconfirmed what engine will power Vietnam’s SPHs, but it could well be the Korean-built SMV1000 1,000hp engine from STX, instead of the legacy German MTU power unit. Egypt’s K9A1EGY SPHs will use the STX engine, with that country’s first vehicles to be ready early next year. Clear indications of the Vietnamese deal emerged when South Korea’s Ministry of National Defense issued a press release after attending the 11th Korea-Vietnam Defense Strategy Dialogue in Hanoi on 23 April 2024. The statement said Vietnamese Vice-Minister of National Defence Hoang Xuan Chien “evaluated Korea’s weapons systems and expressed his intention to expand defence industry cooperation, including the introduction of Korean weapon systems such as the K9 SPH, and requested cooperation from the Korean government for this purpose”.
Later, photos emerged online in November 2024 showing Vietnamese personnel participating in a K9 training programme in South Korea. The two countries had upgraded their relations to a comprehensive strategic partnership in December 2022.
Vietnam thus becomes the tenth customer for the K9, and seven production lines are, or soon will be, producing the K9A1. Three are at Hanwha’s production facility in Changwon in South Korea, as well as one each in Australia, Egypt, India and Romania.
Hanwha announced a US$253 m contract for India’s second batch of 100 K9 Vajra-T SPHs in April, following an earlier 2017 deal. They are being assembled by Larsen & Toubro, with 60% local content.
The artillery inventory of the Vietnam People’s Army (VPA) relies upon Soviet-era artillery systems, a lot of them towed. The VPA has just two SPH types, both of them rather obsolete: 30 examples each of the Soviet-manufactured 2S1 Gvozdika 122mm SPH and the 2S3 Akatsiva 152mm SPH. This acquisition is also significant as it sees Vietnam move towards NATO 155mm ammunition instead of the traditional Russian 122mm and 152mm calibres. It is understood the new K9s will be fielded in the north of Vietnam near the Chinese border, potentially by the VPA’s 204th Artillery Brigade. In other news, the VPA will hold a parade on 2 September commemorating the republic’s 80th anniversary. A new domestically developed armoured vehicle has been seen in rehearsals, the XTC-02 reconnaissance vehicle or armoured personnel carrier (APC) that somewhat resembles a BRDM-2 in concept. The 4×4 XTC-02 is amphibious, and it is armed with a 12.7mm NSV machine gun and 7.62mm PKT machine gun in a rooftop remote weapon station. There is also a mast at the rear containing an electro-optic camera system for surveillance. Vietnam has not released any official specifications for the XTC-02 yet. Vietnam exhibited the indigenous tracked XCB-01 infantry fighting vehicle at VIDEX 2024, but another indigenous armoured vehicle under development is the XTC-08 8×8 APC. The latter strongly resembles a BTR-60PB, but it has a turret featuring a 23mm cannon and coaxial 7.62mm machine gun. (Source: AMR)
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About Galvion:

MISSILE, ARTILLERY, HYPERSONICS, BALLISTICS AND SOLDIER SYSTEMS UPDATE

August 15, 2025 by

Sponsored by Galvion

www.galvion.com

12 Aug 25. Galvion wins U.S. Marine Corps Integrated Helmet System contract. Galvion, a world leader in the design and manufacture of innovative head systems, power and data management solutions, and integrated soldier systems, has been awarded the United States Marine Corps (USMC) Integrated Helmet System (IHS) contract. The five-year indefinite-delivery/indefinite-quantity (IDIQ) contract from the Marine Corps Systems Command (MCSC) has a maximum value of $131,396,296. Galvion’s customized Integrated Helmet System was developed over multiple years under the scope of an Other Transaction Agreement (OTA) with Marine Corps Systems Command (MCSC) to meet the unique operational requirements of the U.S. Marine Corps. The Galvion IHS Solution is a functionally robust, USMC-mission-focused system that is optimized to meet all USMC technical requirements. The no-through hole, hi-cut helmet is a proprietary geometry (introduced commercially as the Hellbender™ platform earlier this year) that combines an ECH front shape for ease-of-integration with existing accessories and a ridged-back design that provides structural stability. It features the latest version of Galvion’s best-in-class Apex™ lining system, which includes improvements incorporated as a direct result of Marine feedback, resulting in a better-fitting, balanced and more stable helmet platform for SBNVG and ECOTI mounting. Galvion’s E.D.G™ power management system integrates easily, offering scalable operational capability for Marines. The helmet was designed to support single-size components (NVG shroud, rails, harness, accessory straps) for ease of maintenance and supply logistics, with a clear upgrade and support path through its service life.

Galvion designed, built and tested prototypes demonstrating technical capabilities and integration with current USMC equipment including communication devices and visual augmentation systems, and delivered over 1000 systems across two configurations to meet the Marine Corps trial and evaluation requirements:

‘Block 0’ Baseline System: helmet featuring NVD shroud with stabilization bumpers, IHS rails with NVG clips and O2 attachments, NVG bungees, External Loop Pattern, Battery Retention Straps, the latest APEX™ liner system, and a customized helmet cover with cable management.
‘Block 1’ Integrated System: built off Block 0, with the addition of the E.D.G scalable power pack, single and dual cables to power SBNVG & SBNVG with ECOTI, Integrated Strobe, Task Light and optional HED.

Todd Stirtzinger, CEO at Galvion said: “This is an incredibly proud moment for the entire Galvion team. This program has been a uniting force across our organization and has driven us to innovate, integrate and collaborate faster and better as a team. From the research and development done in our Warfighter Lab to design a more stable system, to the helmets produced in our Vermont facility, to the E.D.G power and data component coming out of our New Hampshire headquarters – this has been a true team effort.” He added: “The United States Marine Corps are some of the world’s most demanding users, and our solution offers them a fully integrated helmet system that has been designed specifically to evolve with technology to support the Marines advanced mission needs. The development process for this system highlights the Marine Corps Systems Command’s commitment to working with industry to find the absolute best solution for Marines. We had such a high level of engagement with users throughout this process – through the multiple Limited User Evaluations and Ballistic Testing events organized by the MCSC and the dozen additional Galvion internal sessions that they supported. We incorporated feedback after every evaluation stage to ultimately deliver a system that has been designed by Marines, for Marines. We look forward to continuing this collaborative process as we outfit Marines with our helmets and support their evolving needs for years to come.”

14 Aug 25. Nigeria requests $346m worth of guided and unguided weapons from US. Nigeria is looking to buy $346 m worth of munitions from the United States, including guided bombs and rockets, with the State Department approving the possible sale. The US Defense Security Cooperation Agency (DSCA) on 13 August said it had notified Congress of the potential sale on Wednesday. Nigeria has requested to buy 1 002 Mk 82 general purpose 500 lb (226 kg) bombs; 1 002 MXU-650 Air Foil Groups (AFGs) for 500 lb Paveway II GBU-12 bombs; 515 MXU-1006 AFGs for 250 lb (113 kg) Paveway II GBU-58 bombs; 1 517 MAU-169 or MAU-209 computer control group (CCG) for Paveway II GBU-12/GBU-58 bombs; 1 002 FMU-152 joint programmable fuzes; and 5 000 Advanced Precision Kill Weapon System II (APKWS II) all-up-rounds (AURs) (consisting of one each WGU-59/B guidance section; high-explosive warhead; and MK66-4 rocket motor). Also included in the potential sale are FMU-139 joint programmable fuzes; bomb components, impulse cartridges, and high-explosive and practice rockets; and support.

“The proposed sale will improve Nigeria’s capability to meet current and future threats through operations against terrorist organisations and to counter illicit trafficking in Nigeria and the Gulf of Guinea. Nigeria will have no difficulty absorbing these munitions into its armed forces,” the DSCA said.

The principal contractors will be RTX Missiles and Defense, Lockheed Martin Corporation, and BAE Systems. While not specifying which platforms the munitions are being acquired for, it is likely that they will be for the Nigerian Air Force’s A-29 Super Tucano light combat/trainer aircraft acquired via US company Sierra Nevada Corporation. They have been heavily used to combat Boko Haram terrorists, bandits, and other security threats in Nigeria. (Source: https://www.defenceweb.co.za/)

13 Aug 25. Ursa Major, in collaboration with BAE Systems, has completed a series of successful static fires for a new extended range variant of the solid rocket motor used for the APKWS® laser-guidance kit. This next-generation rocket motor incorporates Ursa Major’s Highly Loaded Grain propellant technology, delivering enhanced range and performance without increasing the motor’s size. The milestone marks significant progress toward a flight test demonstration planned for fall 2025, underscoring Ursa Major’s ability to rapidly develop, test, and deliver propulsion systems that meet urgent warfighter needs.

“Our collaboration with BAE Systems to extend the range of the APKWS guided rocket demonstrates how Ursa Major is accelerating SRM capability through innovation and speed,” said Dan Jablonsky, CEO of Ursa Major. “These successful tests validate our approach and set the stage for a flight test this fall and our ramp to provide critical SRM production capacity.”

Ursa Major’s HLG technology enables longer-range missile capabilities while maintaining the original form factor. This flexible design architecture supports reuse of manufacturing systems across multiple missile systems and integrates with Ursa Major’s Lynx Manufacturing System, a software-enabled, additive manufacturing production line that delivers scalability and speed without the bottlenecks of legacy industrial processes. BAE Systems’ APKWS guidance kit transforms unguided 2.75-inch rockets into smart laser-guided rockets for precision strikes. The guidance kit redefines precision munitions by hitting targets with pinpoint accuracy and minimal collateral damage, delivering critical lethality when it matters most. The kits are available to all U.S. armed forces, as well as allies via Foreign Military Sales. By combining proven hardware, rapid production, and a mission-agnostic manufacturing line, Ursa Major is reshaping the solid rocket motor landscape, unlocking urgently needed capacity for the U.S. and its allies. This successful static fire comes after the announcement validating similar capabilities of both 10″ diameter and 5″ diameter SRMs. (Source: PR Newswire)

14 Aug 25. Pakistan to create new force in military to supervise missiles after India conflict. Pakistan will create a new force in the military to supervise missile combat capabilities in a conventional conflict, apparently a move to match the neighbouring arch-rival India. Prime Minister Shehbaz Sharif announced the creation of the Army Rocket Force late Wednesday at a ceremony held in Islamabad to commemorate the worst conflict in decades with India in May. Make sense of the latest ESG trends affecting companies and governments with the Reuters Sustainable Switch newsletter. Sign up here. The ceremony was held a day ahead of Pakistan’s 78th Independence Day.

“It will be equipped with modern technology,” Sharif said in a statement from his office, adding that the force will prove to be a milestone in strengthening the combat capability of Pakistan’s army.

He did not give any further details.

A senior security official, however, said that the force will have its own command in the military which will be dedicated to handling and deployment of missiles in any event of a conventional war.

“It is obvious that it is meant for India,” he said.

The two nuclear-armed nations keep upgrading their military capabilities in the wake of a longstanding rivalry since their independence from British rule in 1947. The latest tension between the two countries soared in April over the killing of 26 civilians in Indian Kashmir, an attack New Delhi blamed on Islamabad. Pakistan denied involvement. A conflict then erupted in May, the most serious fighting between the two countries in decades, which saw both sides using missiles, drones and fighter jets before it ended with a cease-fire announcement by U.S. President Donald Trump. Islamabad acknowledges the U.S. role, but India denies it, saying it was agreed directly between the two militaries. (Source: Reuters)

13 Aug 25. Pentagon Golden Dome to have 4-layer defense system, slides show.

Summary
Four layers include satellites and land-based missile systems
Proposal shows 11 short-range missile batteries across the US
Uncertain number of launchers, interceptors, ground stations
Pentagon says Golden Dome planning in ‘early stages’

The Trump administration’s flagship Golden Dome missile defense system will include four layers — one satellite-based and three on land — with 11 short-range batteries located across the continental U.S., Alaska and Hawaii, according to a U.S. government slide presentation on the project first reported by Reuters. The slides, tagged “Go Fast, Think Big!” were presented to 3,000 defense contractors in Huntsville, Alabama, last week and reveal the unprecedented complexity of the system, which faces an ambitious 2028 deadline set by U.S. President Donald Trump. (Source: Reuters)

12 Aug 25. Milrem Robotics and Frontline Integrate THeMIS UGV and BURIA RWS into a Unified Combat Support System. Milrem Robotics, a global leader in robotic and autonomous systems, in collaboration with Ukrainian defence technology company Frontline, has successfully integrated the BURIA remote weapon station, equipped with a 40mm automatic grenade launcher, onto the THeMIS unmanned ground vehicle. The integration was validated during live-fire trials in Ukraine under operationally relevant conditions, marking a significant step forward in the development of unmanned combat support capabilities. The combination of the BURIA RWS with Milrem’s reliable THeMIS platform enabled precise target engagement at distances of up to 1,100 meters while keeping operators safely out of harm’s way.

“This successful demonstration verifies the reliability and accuracy of the BURIА-THeMIS integration,” said Paul Clayton, Director of Industrial Partnerships at Milrem Robotics. “It highlights the expanding role of robotic platforms in improving tactical effectiveness and operator safety on the modern battlefield.”

During the live-fire trial, the THeMIS Combat demonstrated excellent stability and target tracking, confirming the accuracy and effectiveness of this remotely operated fire support system. The successful firing further highlights the versatility of the THeMIS platform in handling various kinetic payloads.

“This is a vivid example of Ukrainian innovation combined with European engineering,” said Yevhen Tretiak, CEO of Frontline. “At Frontline, we believe the future of modern warfare belongs to robotic systems. BURIA is part of our vision for a robotic frontline — where drones perform defensive and offensive operations while soldiers remain out of harm’s way. Together, we’re fast-tracking these technologies to the frontlines.”

Further live-fire testing and tactical validation will continue in the coming weeks to assess performance across a range of battlefield scenarios. The data collected will help inform future system upgrades and potential deployment strategies. The THeMIS was the first unmanned ground vehicle (UGV) in its class to be deployed by the Ukrainian Armed Forces in the war against russia. Today, it is widely recognized as the most capable UGV currently operating in Ukraine.

12 Aug 25. The BURIA grenade launcher RWS has been in service with military units since January 2025 and is now in serial production. The system is actively integrated into combat support units through a first-in-class training program designed specifically for frontline deployment. Cummings Aerospace Unveils Enhanced Hellhound S4 Drone for Homeland Defence. Cummings Aerospace has unveiled its latest Hellhound S4 drone variant, designed specifically for homeland defence applications. The announcement was made at the Space and Missile Defense Symposium in Huntsville, Alabama, where the new model drew attention from military strategists and industry specialists. The S4 is an evolution of the existing S3 drone, but with enhancements for air defence roles in line with government initiatives such as President Trump’s proposed Golden Dome missile defence programme. Sheila Cummings, CEO of Cummings Aerospace, said mobility and multimission capability were “foundational elements for tactical success in layered defence strategies like Golden Dome.” Key upgrades to the S4 include payload versatility, enabling it to serve as a loitering munition, conduct intelligence, surveillance and reconnaissance (ISR) missions, or operate as a low-cost cruise missile. Its modular design, featuring a removable nose, allows rapid reconfiguration, while its operational weight of up to 45 pounds marks a significant increase over the 12 to 14 pounds of the S3. The S4 is currently in engineering development, with prototype construction under way and flight testing scheduled to begin next spring. Production will follow the scalable manufacturing processes used for the S3, reflecting the defence sector’s increasing requirement for rapid production at scale. Much of the Hellhound air vehicle is produced using commercially available 3D printing technology, enabling faster prototyping and manufacturing. Cummings highlighted the importance of sourcing standard parts from multiple suppliers to “mitigate risks associated with single-source dependency.” The company’s location near Redstone Arsenal, a key hub for Army aviation testing and development, supports efficient coordination for production and integration of defence technologies. Over the past 16 years, Cummings Aerospace has contributed to the development of interceptors, sensors and command-and-control systems, building its reputation in missile defence technology. By focusing on both domestic production capacity and international partnerships, Cummings Aerospace aims to meet growing demand for advanced aerial defence systems. Its ability to produce more than 100 S3 units each month will be applied to the S4 to support rapid deployment needs. With its emphasis on multi mission capability, scalable manufacturing and distributed supply chains, the S4 programme reflects a future-oriented approach to national security. Cummings Aerospace’s work positions it to play a central role in layered defence strategies such as Golden Dome. (Source: UAS VISION/Defence Industry Europe)

11 Aug 25. US Army describe vision to implement leaner IAMD pockets. Next steps emerge in vision for the Golden Dome layered air and missile defence network. Earlier this week, Commander of US Army Space and Missile Defense Command (SMDC), Lieutenant General Sean A. Gainey, described plans to implement lighter units in the battlespace. Gainey noted that mid-century combat will comprise “tailorable formations that can be dis-aggregated across terrain for defense and to create pockets of air and missile superiority where needed most.” These pockets will be enabled by the Integrated Battle Command System (IBCS) pulling data from multiple sensor nodes across the joint force to create one composite firing solution. This level of coordination “sparks a fundamental change in how we fight”, Gainey observed. Army Technology learned that this central command system will enable a coordinated effect at the tactical level by allowing soldiers to access the system through a mobile application. Northrop Grumman, the original equipment manufacturer, are in discussions with the Army to determine requirements for this, but the company expects to deliver the app within the next five years. At the same time, Gainey identified that “combat credibility demands a strong focus on developing resilient space systems and counter-space capabilities to protect US assets and deny adversaries access to space. “Both Russia and China have made it clear that they intend to compete with us in space. We must make it clear that it’s a competition they can’t win.” (Source: army-technology.com)

08 Aug 25. Rheinmetall, Euroatlas announce strategic partnership for Greyshark AUV. German defence technologies company Euroatlas has joined forces with Rheinmetall to further advance the capabilities of its Greyshark autonomous underwater vehicle (AUV). Under the strategic partnership, announced by the two companies on 6 August, Euroatlas’ Greyshark AUV will be integrated into Rheinmetall’s new Battlesuite integrated digital platform. Launched in late May, Battlesuite is an artificial intelligence (AI)-enabled command-and-control (C2) platform designed for networked military systems. It features a plug-and-play architecture that simultaneously integrates heterogeneous systems and technologies regardless of manufacturer or the age of systems. According to Euroatlas, the integration of GreyShark with the Battlesuite architecture will support selected coastal defence use cases, where Battlesuite acts as the digital backbone of Rheinmetall’s ‘system-of-systems’ infrastructure for maritime operations. First unveiled at the Euronaval 2024 exhibition in Paris, Euroatlas’ Greyshark is a large, long-endurance multimission AUV capable of undertaking roles including intelligence, surveillance, and reconnaissance (ISR); anti-submarine warfare; mine countermeasures (MCM); and critical underwater infrastructure (CUI) protection. The AUV is equipped with an integrated suite of 17 active and passive sensors and a modular AI software stack developed in partnership with EvoLogics. Two prototypes are currently under development, ‘Bravo’ (battery-powered) and ‘Foxtrot’ (hydrogen fuel-cell-powered), both of which incorporate the same technology and capabilities but with slight differences in dimensions and endurance. (Source: Janes)

11 Aug 25. Russia says it continued development of nuclear missiles during moratorium on deployment. Russia kept up development of intermediate- and shorter-range missile systems during a moratorium on their deployment and now possesses a substantial arsenal of such weapons, Russian media reported late on Sunday citing Deputy Foreign Minister Sergei Ryabkov.

“When the moratorium was announced, we made it clear that it applied only to deployment, and did not mention any halt to (research and development) activities,” RIA news agency quoted Ryabkov as telling state-run Rossiya-1 state broadcaster in an interview. (Source: Reuters)

08 Aug 25. AV and SNC Announce Strategic Partnership to Deliver Golden Dome for America “Limited Area Defense” Architecture. AeroVironment, Inc. (“AV”) (NASDAQ: AVAV), a global defense technology leader delivering integrated capabilities across air, land, sea, space and cyber, and SNC, the global aerospace and national security company known for its elite mission systems integration expertise, today announced a strategic partnership to align multi-domain capabilities to define and build the next generation of integrated, open architecture air & missile defense in support of the Golden Dome for America (GDA).

“The Trump Administration understands what has been a long-held belief within the defense industry – there is an immediate and critical need for a layered system that provides a last line of defense to protect America against current threats and next-generation aerial attacks from near-peer and rogue nations,” said Wahid Nawabi, AV Chairman, President and Chief Executive Officer. “Together, AV and SNC can rapidly provide novel and affordable defensive solutions, ensuring unmatched limited area ‘under-dome’ protection for critical U.S. infrastructure.”

AV and SNC are building a proven industrial base team focused on providing comprehensive, layered defenses within GDA, that shield specific, limited-area, high-value locations, such as bases, ships, airfields or critical infrastructure, but then can extend its range as new sensors and interceptors are brought online, particularly from space. AV and SNC are integrating and aligning existing, open architecture solutions using passive and active sensing, radio frequency, directed energy, kinetic energy, electronic warfare and cyber solutions, addressing the complete kill chain to neutralize group 1-4 unmanned aerial systems (UAS), advanced cruise missiles and other next-generation aerial threats. Additionally, SNC sister company, Sierra Space, and AV are exploring synergies to address critical GDA challenges.

“An ambitious, next-generation shield that protects the American homeland from more complex threats requires industry ingenuity and collaboration on par with the Manhattan Project,” said SNC CEO Fatih Ozmen. “With our legacy of complex systems integration and open architecture expertise, SNC is thrilled to work with AV to bring together complementary capabilities and cutting-edge technologies to make Americans safer.” (Source: https://www.defenceweb.co.za/)

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08 Aug 25. South Korea enhances air defence shield with M-SAM improvements. The South Korean government recently took two major steps toward strengthening its air defence shield against attack from North Korea’s ballistic-missile arsenal. Firstly, on 28 July it announced it had deployed a first Medium Surface-to-Air Missile (M-SAM) Block II system after it had been upgraded from a Block I. Then, secondly, on 1 August, the authorities revealed that it had awarded contracts for development of the M-SAM Block III (also known as the Cheongung-III) as its next-generation air defence system. Original Cheongung-I missiles, in a mobile, medium-range system focused on aircraft threats, were fielded in 2016. Since then, the government has pursued a phased improvement programme rather than developing entirely new systems. Thus, the air force formally deployed its first new-build M-SAM Block II batteries in 2023, with each battery containing 32 missiles that possess an anti-ballistic capability. However, the latest milestone covered the upgrade of Block I systems into the Block II. As part of this effort, the Defense Acquisition Program Administration (DAPA) is investing KRW645bn (US$467m) to fully upgrade these existing Block I systems into the improved system by 2027. The agency claimed this upgrade approach offered significant savings compared to developing an entirely new air defence system. The Cheongung-II is a key element of the multi-layered Korea Air and Missile Defense (KAMD) network. It addresses both fixed-wing aircraft and high-speed, manoeuvring missile threats. It has a hit-to-kill capability and improved low-altitude target detection, plus it allows multi-target engagements, thus increasing response to saturation or complex attacks. The Block II system uses a ground-based, multifunction, X-band, 3D, active electronically scanned array (AESA) radar with a 100km range; it is capable of tracking up to 40 targets simultaneously. Detection or jamming of the radar is minimised by employing electronic beam steering and reducing sidelobe emissions. The interceptor missiles employ active radar guidance in their terminal phase. Each has a range of 40km at altitudes of up to 15km. An M-SAM Block II battery consists of a truck-mounted AESA radar, a command post vehicle and four eight-cell missile launchers. The upgrade path to the future Cheongung-III, which should be completed by 2034, will realise similar cost savings as occurred with the Block II. The primary contract award to LIG Nex1 involves development of the engagement control system, command-and-control unit, interceptor missile and full system integration. Hanwha, although not selected as prime, will provide missile launchers, propulsion system and multifunction radars. The Block III programme is valued at KRW3 trillion (US$2.2 bn), and it will extend the current system’s capabilities by intercepting envisioned future ballistic-missile threats. It will have five times the operational range and increase the engagement altitude to 30km. The solid-fuel missile will achieve speeds of Mach 4.5, and use inertial guidance and active radar homing to address both short- and medium-range targets. The density and multi-layered structure of the KAMD network reflect Seoul’s clear appreciation of the threat posed by North Korea and its anticipated attack tactics. Continued development of indigenous defence systems also demonstrates the country’s commitment to increased self-reliance and to establishing itself as a top-tier exporter of defence equipment. (Source: AMR)

06 Aug 25. LM Establishes Command and Control Prototyping Hub for Golden Dome for America. Lockheed Martin (NYSE: LMT) has built a prototyping environment that supports the collaborative development of a Golden Dome for America Command and Control (C2) capability. Leveraging its Center for Innovation facility in Suffolk, Va., better known as The Lighthouse, Lockheed Martin is bringing in a range of existing, combat-proven C2 systems designed to connect sensors, shooters, and platforms across all domains, from seabed to space. C2 capabilities are important to Golden Dome for America as they perform the crucial task of integrating data from various sensors and coordinating direct actions, such as interceptor launches, while also enabling cyber-resilient communications and synchronized decision-making across domains through the fusion of trusted, multi-source data. This is key to enabling fast, more confident responses to threats.

“This rapid C2 prototyping effort is one among many within Lockheed Martin demonstrating how we can support the US Government as a Golden Dome for America mission partner,” said Daniel Nimblett, Vice President of Layered Homeland Defense at Lockheed Martin. “Through a series of demonstrations, we’ll fuse existing C2 capabilities from across industry and government into a scalable baseline that delivers real-time situational awareness and enables informed decision-making to defend the nation. This phased approach reduces risk and delivers capabilities early by accelerating integration, reducing redesigns, and lowering lifecycle costs.”

Pressure Tests for Future Threats

Prototyping is already underway at the Lighthouse, where real capabilities are being tested against current and future threat scenarios, from ground to space. These capabilities include: threat evaluation, battle management, mission planning tools, sensor tasking, AI/ML integration and optimization, joint planning, robust data link sharing and more. These are deliberate technological actions to enable integrated domain awareness, extend decision timelines, and optimize engagements.

“Golden Dome for America is a challenge unlike anything attempted at this scale or on this timeline, and we’re moving fast to bring together connected C2 capabilities that work now,” said Thad Beckert, Golden Dome C2 director at Lockheed Martin. “This prototyping approach is a novel method to provide evolutionary capability for an unprecedented effort. This environment offers the government the ability to experiment and exercise with technologies that weren’t originally built to work together and make them operate cohesively.”

The Lighthouse’s unique infrastructure is optimized for collaborative experimentation and analysis and has supported numerous experiments and analytical efforts with government, academic and industry partners.

The Lighthouse Capabilities Include:

The ability to perform realistic exercises at multiple classification levels
Modeling and Simulation
Wargaming
Live, Virtual, Constructive (LVC) Experimentation
Complex, Tailored Demonstrations
Tabletop Exercises
Analytical Workshops

What’s next?

Next, Lockheed Martin intends to work with government and industry partners to pull in technologies from across the defense space to facilitate delivery of the overarching C2 layers for Golden Dome for America ahead of 2028.

“We’ve built an environment where multiple companies can come together, collaborate and deliver real mission outcomes fast,” said Beckert. “No one company is going to bring all of the solutions, we are committed to working across industry to help the government succeed in achieving a unified, layered homeland defense that will protect our nation now and well into the future.”

Golden Dome for America

Golden Dome for America is the U.S. government’s effort to build a layered, Integrated Air and Missile Defense architecture to protect the homeland from evolving threats. Lockheed Martin is ready to support Golden Dome for America as a proven mission partner. We have combat proven systems across all domains from seabed to space to provide early warning, sensing, tracking, and weapons systems to eliminate current and future threats. Along with our deep expertise and scale, we will partner with other parts of America’s industrial base to deliver unmatched IAMD to safeguard America. (Source: ASD Network)

04 Aug 25. Slovenia orders additional IRIS-T SLM units. The order marks the first subsequent purchase under the BAAINBw framework within the ESSI programme. The Slovenian Ministry of Defence has signed a purchase contract for two more fire units of the IRIS-T SLM medium-range ground-based air defence system. This acquisition is part of the European Sky Shield Initiative (ESSI) framework and was facilitated through a contract with Diehl Defence and the German Federal Office of Bundeswehr Equipment, Information Technology and In-Service Support (BAAINBw). Following the initial purchase of one fire unit in January 2024, this latest procurement includes essential components such as radar, tactical operations centre, missile launchers, guided missiles, and logistic support. Additional elements like mobile workshops, spare parts, and reloading vehicles are also part of the latest order to ensure comprehensive operational support. This marks the first repeat order within ESSI under the BAAINBw framework agreement. The ESSI framework expedites the procurement process and promises significant synergies in training, maintenance, and logistics for participating nations. Currently, ESSI comprises 24 European member states, aiming to enhance Nato interoperability and joint procurement benefits. The IRIS-T SLM system, part of Diehl Defence’s product portfolio, is adept at neutralising threats from aircraft, helicopters, cruise missiles, and drones within a 40km range and up to 20km altitude. Its features include 360° coverage, high tactical mobility, deployable missile launchers, multiple target engagement capabilities, and efficient operation with minimal personnel. The IRIS-T SLM system has demonstrated its superior performance during operational deployment in Ukraine, achieving high hit rates even when confronted with more than 15 simultaneous targets. With this latest development, Slovenia joins a group of 21 nations that have invested in the IRIS-T family for air-to-air or ground-based air defence solutions provided by Diehl Defence. In July 2025, Germany and Switzerland signed a programme agreement for the procurement of IRIS-T SLM GBAD MR systems under the ESSI framework. (Source: airforce-technology.com)

05 Aug 25. Indra Leads the Development of the New Generation of Full Digital Self-protection Systems for Aircraft and Helicopters, More Effective Against Missile Attacks.

The company will deliver the first full digital self-protection systems this year, as a preliminary step before flight testing begins, becoming the pioneering company in the development of this technology in Europe
This breakthrough represents a major technological leap, as these systems can simultaneously scan the entire radar spectrum of interest and detect threats much faster, significantly increasing the effectiveness of countermeasures
Once again, Indra demonstrates its key role in strengthening European strategic autonomy and sovereignty by designing critical systems that ensure superiority and deterrence capabilities

Indra is advancing in the development of a new generation of self-protection systems for military aircraft and helicopters with a completely digital standard (‘full digital’) that reduces missile attack detection time and enables faster response to neutralize threats. The company has already completed the design phases and produced the first units, ready for platform integration and aiming to deliver the initial systems this year, ahead of flight testing. This marks a bold technological leap that places Indra ahead of the rest of the industry in developing such systems, in a context where many companies have limited their efforts to hybrid solutions combining analog and digital technologies. However, the capabilities offered by the full digital suite are far superior, as they allow simultaneous scanning of the entire radar spectrum, enabling faster threat detection and gaining critical time to respond. Self-protection systems are essential today for any fighter jet, military transport aircraft, or helicopter operating in conflict zones—whether facing technologically advanced adversaries or asymmetric threats such as MANPADS (low-cost, easy-to-use missile launchers operable by a single person). Indra’s self-protection system consists of a suite that includes the ALR-400 Full Digital radar warning receiver for detecting radar-guided missiles or defense radars; the InWarner for detecting laser-guided missiles; and Indra’s InShield DIRCM (Directed Infrared Countermeasure) system, which protects aircraft from ground-to-air and air-to-air infrared-guided missile attacks. This fully modular suite is designed to adapt to the specific needs of each armed force. The solution also integrates the most common expendable countermeasures, such as CFD (Chaff and Flare Dispenser) systems for flares—used to mislead infrared-guided missiles—and chaff, which releases small reflective fibers to confuse radiofrequency-guided missiles. Indra has equipped fighter jets like the F-18, military transport aircraft such as the A400M and C295, and helicopters like the NH90 and Tiger, and is one of the key companies involved in developing the Eurofighter’s self-protection system. With the evolution of these systems, Indra ensures that all these platforms can continue operating at the highest level in the coming decades, as increasingly complex threats emerge. The company also leads or participates in several key European R&D projects focused on cutting-edge technologies for aircraft, such as multifunction systems that combine radar, communications, and electronic warfare in a single device (CROWN and SCEPTER), electronic attack capabilities (REACT and REACT II), and next-generation self-protection systems for aircraft and helicopters incorporating AI (CARMENTA and CARMENTA FP). (Source: ASD Network)

04 Aug 25. Rheinmetall and Lockheed Martin Successfully Fire GMARS Launcher for the First Time. White Sands Missile Range, New Mexico – Rheinmetall and Lockheed Martin, partners in the Global Mobile Artillery Rocket System (GMARS) program, successfully conducted the first live fire of the GMARS launcher, demonstrating its capability to launch GMLRS rockets. These are the same munitions used by Germany and allied nations across the globe, reinforcing interoperability and supporting joint operations. The live fire demonstration, held at White Sands Missile Range in New Mexico, marked a significant milestone in the GMARS development program, which aims to provide military customers with a European-built highly mobile, survivable and versatile long-range precision fires capability. The launcher can be armed with an enhanced loadout of two ATACMS, 4 PrSM, 12 GMLRS Standard Range or 12 Extended Range GMLRS missiles.

“We are thrilled to have achieved this major milestone in the GMARS program,” said Dr. Björn Bernhard, CEO Rheinmetall Vehicle Systems Europe. “The successful live fire showcases the system’s precision and reliability, and we are confident that GMARS will meet the evolving needs of our customers.”

The GMARS launcher, based on the Rheinmetall HX vehicle series, offers a high degree of interoperability and interchangeability with fielded M270A2 and HIMARS launchers, making it an ideal solution for military forces operating in Europe. The system’s ability to launch current and future state-of-the-art long-range and extended-long-range rocket fire missions provides a significant advantage on the modern battlefield.

“Lockheed Martin is committed to delivering innovative solutions that meet the evolving needs of our customers,” said Paula Hartley, vice president and general manager of Tactical Missiles at Lockheed Martin. “The GMARS program is a prime example of this commitment, and we are pleased to have successfully demonstrated its capability in this live fire exercise. With this milestone accomplished, we are poised to rapidly qualify and bring this capability to market.”

The GMARS program is a result of the partnership between Rheinmetall and Lockheed Martin, which combines their individual strengths to provide a European-centric launcher that maximizes combat-proven HIMARS and M270 components. GMARS offers twice the ammunition capacity and firepower as M270 on the world’s leading tactical truck with the ability to integrate platforms and ammunition from allied nations. For more information on the GMARS program, please visit: https://www.rheinmetall.com/en/products/tactical-wheeled-vehicles/wheeled-armoured-vehicles/gmars

04 Aug 25. U.S. Marine Corps orders RT20 remote turrets from Kongsberg for ACV-30 combat vehicles. Kongsberg Defence & Aerospace has secured a $117,900,168 firm-fixed-price modification to a previously awarded contract with the U.S. Marine Corps. The agreement covers the delivery of 101 PROTECTOR Remote Turret 20 (RT20) units for integration on the Amphibious Combat Vehicle Medium Caliber Cannon (ACV-30). The contract also includes associated production, fielding and support costs, as well as support and test equipment and spares. This contract modification highlights the U.S. Marine Corps’ continued investment in advanced turret systems for amphibious operations. The RT20 is a compact, lightweight turret developed by the Norwegian defence company, designed specifically for challenging marine environments. It has been selected as the 30mm lethality solution for the USMC ACV programme and is fully marinised for operational durability.

“The RT20 includes the latest KONGSBERG technology within fire control, sensor capability and lethality performance,” the company stated. It is operated remotely from inside the vehicle compartment, enhancing crew protection while maintaining precise firepower.

All variants in the PROTECTOR Remote Turret family – RT20, RT40 and RT60 – are highly modular and can be tailored to specific customer needs. Despite differences in configuration, the turrets share a common fire control architecture and system components. This architecture enables wireless operation when integrated on unmanned platforms, adding flexibility across mission profiles. “The system automatically performs ballistic computations compensating for the lead angle, cant, tilt and vehicle motion, making targeting easier in the most challenging scenarios,” KONGSBERG added. The turret’s design allows reloading and access from under armour, eliminating the need for a traditional basket and freeing up interior space. Additionally, the linkless ammunition handling system offers improved reliability and reduced weight, contributing to better mobility. Kongsberg brings over two decades of experience as a global leader in Remote Weapon Systems to the PROTECTOR family. The RT20’s inclusion in the U.S. Marine Corps’ ACV programme further reinforces Kongsberg’s position in delivering advanced, combat-proven solutions. (Source: Google/DIE)

31 Jul 25. Moog Inc., a worldwide designer, manufacturer, and integrator of precision motion control components and systems, has displayed its larger gun variant of the Reconfigurable Integrated-weapons Platform (RIwP) in the UK for the first time. On display at the recent British Army Counter-UAS Expo held at Thorney Island in July, RIwP was showcased with the 30x173mm Bushmaster Mk44 chain gun. This powerful configuration – which leverages a number of operationally-proven and high-TRL components – demonstrates the significant flexibility of RIwP, allowing users to select effectors and sensors that suit their requirements. This specific RIwP variant is a low-risk solution and has already gone through live fire exercises with the US Army. The British Army’s Counter-UAS Expo has come at a critical time for the armed forces as drones become one of the main threats on today’s battlefield. Ongoing conflicts continue to show the operational challenges that drones of all sizes pose to friendly forces. The 30x173mm chain gun is a larger weapon than previously seen on RIwP in the UK. RIwP has previously been displayed with the 30x113mm cannon, a compact yet highly-effective gun that has been widely deployed operationally. Both 30mm gun variants are suited for counter-UAS roles, depending on the integration and capabilities required. The availability of both variants on a common weapons hub such as RIwP gives significant flexibility for frontline forces.

Richard Allen-Miles, EMEA Capture Lead at Moog, commented: “The blistering pace at which new threats are appearing and evolving on the modern battlefield demands a weapon system that can evolve at an equally rapid rate – this is ingrained in RIwP.” We look forward to demonstrating the capabilities of RIwP further across a range of mission sets for the British Army.”

With the common base hub of RIwP, users of a 30x173mm RIwP variant would be able to share maintenance, logistics and spares with other units operating RIwP. This would include users for short-range air defence (SHORAD), as well as other roles including Mounted Close Combat Overwatch (MCCO). RIwP provides complete flexibility in terms of swapping out effectors and sensors, allowing forces to keep pace with prevailing threats and maintaining a platform’s operational relevancy throughout its service life. Moog is in the process of equipping a dedicated facility in the UK to manufacture and support RIwP if selected for British Army service, building valuable skills from Moog’s existing US experience. This will leverage Moog’s current footprint in the UK and see the expansion of its British supply chain to support production, therefore boosting economic growth and supporting national security. RIwP is already in operational use as a counter-UAS system – including both hardware and software – as part of two critical US Army programmes of record: SGT Stout and Mobile Low, slow, small, unmanned aircraft, Integrated Defeat System (M-LIDS), which is now delivering Increment 2.1.

29 Jul 25. China’s capabilities advance with SPH and UGV developments. howitzer. The strides being made by China’s People’s Liberation Army (PLA) in advancing the capabilities of its ground combat force are illustrated by developments in robotic combat vehicles and a new 155mm self-propelled howitzer (SPH) currently undergoing testing. This modernised, next-generation 155mm tracked SPH is destined to enter service in China’s army. Its nomenclature is as yet unknown, but current trials may result in it being fielded by the PLA within the next two years. The new SPH will eventually replace the PLA’s current PLZ05, which was already considered a capable howitzer. Social media images and the limited information available indicate that it, like a number of Western designs, is highly automated. This may even allow for a minimal two-person crew. It is considered likely that the Chinese tracked system uses the 155mm L/52-calibre gun and turret technology, if not the complete design, already found on the SH16A wheeled SPH. The latter is based on the VN22 8×8 chassis. Interestingly, the wheeled SH16A was displayed at IDEX 2025 in February, where it was promoted as a “modular” gun/turret system suitable for integration on various wheeled or tracked platforms. The term “modular” reinforces this possibility of essentially the same turret appearing on the new tracked SPH. The 155mm L/52 barrel gives the weapon a level of performance and lethality comparable to the world’s most advanced artillery systems. Its maximum firing range is 56km with base bleed rocket-assisted projectiles. With ammunition including conventional, laser-guided, cluster, delivered mines and top-attack munitions, it is able to execute any mission required to support future ground operations. The turret is understood to weigh under 14 tonnes, and it has a 30-round magazine with autoloader. Fully automated fire controls, gun laying, fuse setting and automated loading offer a rapid rate of fire that matches or betters the 8-10 rounds per minute of the current PLZ05. Norinco and Edge jointly exhibited this VU-T10 combat robotic vehicle at the IDEX 2025 exhibition in Abu Dhabi earlier this year. (Gordon Arthur) In other news, Norinco released a video showing its VU-T10 tracked unmanned ground vehicle (UGV) intended to operate either independently or in coordination with other UGVs or manned combat vehicles. The video clip shows the 11-tonne VU-T10 travelling in open terrain, equipped with a turret mounting a 30mm autocannon, a coaxial medium machine gun and smoke grenade launchers. It clearly possesses a roof-mounted panoramic sight, with the entire system stabilised for on-the-move engagements. Norinco revealed that integration of the Red Arrow 12 antitank guided missile is an option too. Already exhibited at international events such as IDEX 2025 in Abu Dhabi, this system is available for export, although the technology is presumably being explored by the PLA as well. Both these SPH and combat UGV developments suggest that the PLA is closely watching lessons from the Russo-Ukraine battlefield. It is also matching the technology and development trends of Western militaries, particularly those of European industry. mChina further recognises the importance of the role of artillery and the potential contribution of autonomous systems in enhancing its combat capabilities for future conflicts, as well as remaining competitive in meeting export market demand. (Source: AMR)

04 Aug 25. US Army plans to grow Patriot battalions, plus one for Guam. The Army is planning to grow its operational Patriot air-and-missile defense force from 15 to 18 battalions, plus a composite battalion which includes Patriot capability in Guam, an Army spokesperson told Defense News in a statement. In 2023 the service announced a plan to add a 16th battalion, but it will now bolster a force stretched thin with two additional battalions. Vice Chief of Staff Gen. James Mingus announced earlier this month that the Patriot force would grow by “up to four” battalions. Additionally, the Army is planning to build an Integrated Air and Missile Defense battalion for Guam. The Guam Defense System battalion is a composite battalion that will include the Integrated Fire Protection Capability, or IFPC, and the Integrated Battle Command System-enabled Patriot with the Lower-Tier Air and Missile Defense Sensor, or LTAMDS. IFPC is designed to provide defense against rockets, artillery, mortars, cruise missiles and drone threats at fixed and semi-fixed sites. The IBCS system is the newly fielded command-and-control system meant to tie shooters and sensors together on the battlefield. The Raytheon-developed LTAMDS radar, now in low-rate production, is designed to replace the Patriot radar, offering a 360-degree range of protection against various types of missiles.

“The battalion is purpose built for the defense of Guam and not counted in the total number of 18 Patriot battalions,” the Army spokesperson said.

The Raytheon-built Patriot is in ever increasing demand globally. Ukraine has depended on the system for several years as it continues to beat back the Russian invasion which began in February 2022. The U.S. and other countries continue to make commitments to supply additional Patriot systems to the war-torn country. The Patriot system also defended Al Udeid Air Base in Qatar against Iranian missiles in June. All new Patriot systems that come off the line for the U.S. Army will be equipped with the LTAMDS radar and IBCS.

“It greatly expands the range, the altitude, and it’s a 360,” Mingus said recently at the Center for Strategic and International Studies. “So you could take those same 15 Patriot battalions we have today, give it IBCS and LTAMDs, and fundamentally when you operationally employ it, it’s immediately doubling that capability. You would have the equivalent of about 30 Patriot battalions because instead of having to deploy as batteries, you can break them up and disperse them in a much more tactical way.” (Source: Defense News)

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30 Jul 25. A second ASTER B1 New Technology missile (ASTER B1NT), developed by eurosam, was successfully launched at DGA Essais de Missiles test range, in presence of representatives of the three participating states (France, Italy and UK) of the historical trilateral Air Defence FSAF-PAAMS cooperation managed by OCCAR. After the first successful firing in October 2024, this second firing validated the long range capability of the missile. The ASTER B1NT missile is indeed able to intercept target up to a very longer range (class 150 km) and higher altitude thanks to several improvements implemented in this new generation of the ASTER family. This new successful firing contributes to the qualification of the Long Range capability of the SAMP/T NG system, with the demonstration of the enhanced operational capacities of the new ASTER B1NT missile which will allow to intercept more difficult aerial and missiles targets in terms of range, manoeuvrability, furtivity or speed. This firing is a great achievement for the bilateral ASTER B1NT and SAMP/T NG programmes managed by OCCAR (Organisation for Joint Armament Co-operation) for France and Italy. Thanks to the dedication and professionalism of eurosam, MBDA and Thales teams, OCCAR, and experts from the two Nations – in particular from DGA and Segredifesa / DNA – this success is an important step forward for the development of these new cutting-edge Air Defence assets. These assets will be delivered to the Armée de l’Air et de l’Espace (French Air and Space Force), the Esercito Italiano (Italian Army) and the Aeronautica Militare (Italian Air Force). The ASTER B1NT missile will also be integrated on other naval programmes managed by eurosam and OCCAR for the two Nations like the Mid-Life Update of Horizon Frigates.

31Jul 25. MBDA on track with its acceleration of ASTER missile production.

MBDA has delivered – through the OCCAR (Organisation for Joint Armament Cooperation) – the first batch of ASTER munitions from accelerated production measures that are part of the company’s ramp-up efforts.
This delivery comes less than two and a half years after an initial contract with the OCCAR strengthening the air defence capabilities of France and Italy and a further contract to supplement stocks and accelerate production of ASTER missiles, including for the United Kingdom.
The delivery is a first step towards the schedule acceleration underway. It results from the investments made by MBDA and its industrial partners to meet the needs of its customers and strengthen Europe’s resilience in the face of new threats.

On 23 July 2025, MBDA delivered the first batch of ASTER missiles less than two and a half years since the order was placed as part of a joint acquisition led by OCCAR with Eurosam, the Franco-Italian joint venture of MBDA and Thales. This acquisition, launched in December 2022, is a cooperation between France and Italy, and supplemented by a further order in February 2025, aiming to strengthen air defence systems of European countries with the production of nearly 1,000 ASTER missiles for the armed forces of Italy, the United Kingdom and France. The accelerated production of this first batch of missiles is a first step towards the schedule acceleration underway. It is the result of the investments and the actions taken by the MBDA Group, with its customers and partners, to meet the challenges of increasing production.The delivery confirms MBDA’s ability to meet its commitment to reducing the production lead-time of ASTER missiles in 2026 by more than half compared to 2022, and deliver five times more ASTER missiles than originally planned in 2025.

Eric Béranger, CEO of MBDA, said: “The delivery of the first ASTER missiles that benefited from significantly reduced production times is a success for all MBDA teams. I thank them for their ongoing efforts, as well as the industrial partners and State actors involved. It demonstrates our commitment to working alongside our customers to ensure the ramp-up of our industrial facilities and the strengthening of our defence industrial and technological base. This acceleration will provide Italian, French and British armed forces with essential air defence systems to protect European skies, as demonstrated by the use of ASTER in the Red Sea and Ukraine, and increase NATO’s defence capabilities.”

MBDA introduced measures to ramp-up production as early as 2024 to accelerate delivery of missiles already ordered. These measures were formalized in February 2025 through the order of additional ASTER missiles for France, Italy and the UK. The Group has underpinned its ramp-up efforts, through investment, in particular in its production facilities in Bourges and Selles-Saint-Denis in France and in Fusaro in Italy. It has significantly recruited, built up raw material and component stocks, and supported its entire value chain in Europe. Between 2023 and 2025, MBDA will have doubled the production of new missiles for the Group as a whole and will continue to invest €2.4 bn between 2025 and 2029 to ensure the ramp-up of production over the coming years.

About MBDA

30 Jul 25. US Navy calls for fast attack surface drones that could carry missiles. The U.S. Navy unveiled its new Modular Attack Surface Craft program, which would likely see unmanned surface vessels carrying missiles long distances at sea. The program calls for the development of a rugged, flexible and high-capacity unmanned surface vessel, or USV, capable of hauling a variety of “containerized payloads,” per a July 28 solicitation. Such payloads would include the maximum equivalent of more than four 40-foot containers — cargo that would roughly equal the size of the Navy’s anti-ballistic missile system, the Mark 70 Mod 1 Payload Delivery System.

“MASC seeks to leverage cutting-edge technologies and modular design principles to create adaptable and resilient solutions that can effectively counter evolving threats,” according to the solicitation.

As shipbuilding efforts have staggered over the years, the Navy has increasingly turned to containerized missile systems to add to the weapons capacity of existing warships, USNI News reported. The new USVs are requested to be “non-exquisite,” and be easily built and repaired, according to Navy documents. The solicitation also asked that they be compatible with the needs of international allies. The new solicitation comes on the heels of numerous attempts by the Navy to field new technology to solve cost, shipbuilding and modernization issues over the last several months. Autonomous vessels have been put forward as a solution to a decades-long struggle within the Navy to obtain new ships. Unmanned vessels featured largely in the Navy’s fiscal 2026 budget, with $203 m requested for surface vessels, $715 m for air systems and $668 m for underwater systems. Robotic vessels were also recently integrated into a major Baltic Sea warfighting exercise. (Source: Defense News)

30 Jul 25. India conducts Pralay missile trials. India’s Defence Research & Development Organisation (DRDO) has conducted flight tests of its Pralay quasi-ballistic surface-to-surface missile (SSM) as a part of its user evaluation trials ahead of its planned deployment with the Indian Army and the Indian Air Force. The Indian Ministry of Defence (MoD) said two Pralay flight trials were conducted on 28 and 29 July at DRDO’s Integrated Test Range (ITR) in Chandipur, Odisha, on India’s east coast. According to the MoD, the trials were conducted to “validate the maximum and minimum range capability” of the Pralay missile. “The missiles precisely followed the intended trajectory and reached the target point with pin-point accuracy, meeting all the test objectives,” it said. The MoD added that Pralay’s performance in the trials was validated through flight data captured by tracking sensors deployed on a ship positioned near the designated impact point. The Pralay SSM has been developed by the DRDO’s Research Centre Imarat in Hyderabad. State-owned defence firms Bharat Dynamics Limited (BDL), based in Hyderabad, and Bharat Electronics Limited (BEL), headquartered in Bangalore, have also contributed to the weapon’s development and production. The MoD described Pralay as a solid-fuel propelled “quasi-ballistic missile” that can be quipped with different types of warheads to neutralise targets. The missile features “state-of-the-art guidance and navigation”, the MoD said but did not elaborate. The Indian government formally approved Project Pralay in March 2015 at a cost of INR3.32 bn (USD38 m). The MoD cleared the acquisition of 120 Pralay missiles for the Indian Armed Forces in January 2023. (Source: Janes)

29 Jul 25. Sahel militants turn civilian drones into deadly weapons. ISS Africa. Terror groups are increasingly using new tactics, notably armed suicide or kamikaze drones, according to a government statement released following several attacks on cities in western Mali on 1 July. The use of commercially available small civilian drones for strikes by terrorist and armed rebel groups is not limited to Mali, and has become prevalent throughout the Central Sahel. Separatist and terror groups in the region likely draw inspiration from the successful use of drones by regular armies in other conflict zones, such as Libya and the Middle East. The weaponisation of civilian drones represents a shift in asymmetric tactics as armed groups circumvent the conventional military superiority of the region’s armed forces. The result is increasingly severe human and structural damage, and fear among soldiers. In Burkina Faso, over a dozen kamikaze drone strikes have been reported since February. In May, the extremist group Jama’at Nusrat ul-Islam wa al-Muslimin (JNIM) deployed drones during violent assaults on the towns of Djibo and Diapaga in the north and east of the country. Niger is also affected. On 25 May, Islamic State in the Greater Sahara used kamikaze drones for the first time against an army position in Eknewan near the border with Mali, killing 64 soldiers. Weeks earlier, the Azawad Liberation Front, fighting for independence from the central government in Bamako, used suicide drones to attack a Malian Armed Forces command centre and Wagner headquarters in Léré, southwest of Timbuktu. Since 2022, drones have been used primarily to spy on military and security forces or create propaganda videos. However, over the past two years, their adaptation to enable the dropping of improvised explosive devices on military positions has soared. This shows how the tactics of armed groups adapt and evolve to meet the increase in military equipment and resources deployed by governments in the region. The trend poses heightened risks to defence and security forces, and could exacerbate a conflict that has persisted for over a decade. It also raises concerns about the safety and protection of civilians in combat zones, who bear the brunt of the violence and collateral damage. By using kamikaze drones, armed groups are emulating the tactics of Sahelian armies, which have started using military-grade Turkish Bayraktar Akinci and TB2 drones. This has delivered significant successes for the region’s armies, and yet the militants remain undefeated. In September 2023, the JNIM coalition used drones against positions held by the Dogon self-defence militia Dan Na Ambassagou, in Bandiagara in Mali’s Mopti region. JNIM also uses these drones in Burkina Faso as a tactical response to the trenches dug around towns to impede their access via motorcycles. Azawad rebels have been using homemade weapons since July 2024, notably during the battle of Tinzaouaten in Mali’s Kidal region, where they inflicted heavy losses on the Malian army and Wagner. In September and October 2024, small drones were reportedly used to drop explosive charges on Wagner troops stationed in Goundam and Léré, in the Timbuktu region.

On 5 May a kamikaze drone attack was attempted against the Malian army in Amachache, in the Kidal region, and near the Algerian border. The Azawad rebels and associated terror groups modify civilian drones by equipping them with improvised launching systems, allowing more effective strikes. These drones are readily available in West Africa – sold in local shops for various purposes including agriculture, event management and communication. Due to their small size, they are easily concealed and trafficked in a region with porous borders and limited cross-border cooperation by governments. Given that Sahel states lack the capacity to control and monitor their borders effectively, these groups acquire drones relatively cheaply for modification and deployment against designated targets. Drones enable them to conduct ranged attacks that, while lacking precision, inflict damage and provoke panic among troops. The strengthened capability of Mali, Burkina Faso and Niger’s armies may help them stand up to insurgents, but also encourages militants to use armed drones to target camps, checkpoints and military convoys. The Sahelian countries lack adequate means to detect and neutralise the drones, which are small, swift and capable of flying low. This emerging threat warrants serious attention from Sahelian governments. As armed groups increasingly shift away from direct confrontations with military forces, favouring surprise attacks and harassment tactics, defence and security forces must overhaul their strategies. Even though they are costly, anti-drone systems are needed to protect critical infrastructure and civilians. Members of the Alliance of Sahel States (Mali, Burkina Faso and Niger) and Economic Community of West African States agreed on 22 May to cooperate in the fight against terrorism. They should consider measures to regulate the widespread sale and use of civilian commercial drones in the region. They could draw on the provisions of the Wassenaar Arrangement, which governs the export of dual-use goods and technologies, to establish appropriate regulatory frameworks for commercial drones. Beyond military responses, sustainable non-kinetic solutions are needed. These include weakening the armed groups by encouraging defections among their fighters, and tackling the many socio-economic challenges that increase the vulnerability of local populations. Written by Hassane Koné, Senior Researcher, ISS Regional Office for West Africa and the Sahel, and Fahiraman Rodrigue Koné, Project Manager, Sahel, ISS Regional Office for West Africa and the Sahel. (Source: https://www.defenceweb.co.za/)

25 Jul 25. The Army wants to replace the M240B medium machine gun. The Army is on the lookout for a replacement for its M240B machine gun, according to budget documents. The replacement program, dubbed the Future Medium Machine Gun, or FMMG, is aimed to replace the M240B — which has been in service since the late 70s — for dismounted troops. The service has budgeted $3.6 bn to replace the medium machine gun, which is chambered in 7.62 mm.

“The FMMG is a belt-fed, crew-served, direct-fire weapon system that will enable the rifle platoon to organically suppress and destroy enemy personnel targets and maintain operational tempo,” the Army wrote in its budget documents. “The FMMG will provide increased lethality and capability to the warfighter compared to present machine gun technologies fielded to operational units.”

The $3.6bn figure encompasses research, development, acquisition and contract award costs. The weapon is prioritized for soldiers in the close combat force such as infantry, scouts, special operations forces and combat engineers. Documents do not list a caliber for the new weapon. The War Zone first reported on the Army’s request for funding for the FMMG. The Army recently began fielding the 6.8mm Next Generation Squad Weapon rifle and automatic rifle to replace the M4 carbine and M249 Squad Automatic Weapon, both chambered in 5.56mm. The 6.8mm has been compared to perform as well or better in accuracy and lethality as the 7.62mm, officials said. Special Operations Forces, the Marines and recently the Army have been evaluating machine guns chambered in .338 Norma Magnum. (Source: Defense News Early Bird/Military Times)

25 Jul 25. Lockheed vows quick action on German Typhon missile launcher request. Lockheed Martin has vowed to make haste in building Typhon strike missile launchers for Germany if Berlin and Washington can finalize a sales agreement. The promise of speedy delivery is the centerpiece of the manufacturer’s pitch to Germany. Lockheed’s “hot production” line in Moorestown, New Jersey, could pump out launchers in time for Berlin’s envisioned fielding time a year from now, Edward Dobeck, program director of launching systems, told Defense News in an interview. That is, if the two governments succeed in moving quickly through the foreign military sales process that governs such transactions, Dobeck added. In Germany, the proposed purchase will also have to pass parliamentary consideration after the summer break, which could turn controversial given the weapon’s intended purpose. German Defense Minister Boris Pistorius announced July 16 Germany’s interest in the system as a means to bolster the country’s deterrence posture vis-à-vis Russia. He said Typhon would serve only as a counterstrike capability, threatening punishment if Moscow were to attack first. The Typhon, a containerized, land-based version of the Mk-41 vertical launch system installed on many Western warships, can fire missiles up to 2,000 kilometers, including Tomahawks and SM-6. The U.S. Army commissioned the weapon’s naval-to-land repurposing, and Biden administration officials had planned to field the launcher, named Mid-Range Capability in the ground service’s lingo, to combatant commands across the globe, including Europe. In the Army’s nomenclature, one MRC battery includes four Typhon launchers with four cells each, for a total of 16 missiles to be loaded at once; a command-and-control shelter; a reloader; and a support vehicle. When the U.S. Army embarked on the MRC program in 2020, it was intended to fill an urgent capability gap to hit moving targets at land and at sea, which was left open in the wake of the service’s failed cross-domain upgrade to the Army Tactical Missile System. That effort experienced a variety of technical problems and delays.

The Army fielded the new capability in three years.

According to Dobeck, Lockheed has delivered two batteries to the service and completed production of the third last month. The company is now beginning production for the fourth and final battery currently under contract. German officials consider the potential Typhon buy as a gap-filler for an eventual European program, dubbed ELSA, that would fulfill the continent’s mid- and long-range strike needs. As such, Berlin defense leaders have stressed that the utility for the Bundeswehr, the armed forces here, would be fleeting. The German government’s vision of buying, owning and operating Typhons independently comes as Pistorius has portrayed the acquisition as linked to a German-U.S. pact from a year ago aimed at temporarily stationing mid-range weapons in Germany by 2026 on a bilateral basis. That announcement on the sidelines of the 2024 NATO summit in Washington came at a time when U.S. plans to field mid-range strike capabilities — presumably Typhon — to key worldwide commands anyway were still alive and well. Since Donald Trump took office as president in January, those machinations are no longer set in stone. Results of a Pentagon global force posture review, which could upend capability deployment plans for Europe, are expected in the fall. Dobeck, the Lockheed executive, said the company has been in touch with Germany’s Diehl Defence and Rheinmetall about local partnering on Typhon. European missiles for purposes other than strike, including Diehl’s Iris-T and the Franco-Italian Aster anti-air missiles, could eventually be fired from the U.S. launcher, he said. (Source: Defense News)

26 Jul 25. First members of King’s Gurkha Artillery get hands-on with the L118 Light Gun. Army’s newest regiment gets hands-on with the Light Gun. Fifty years ago, the L118 Light Gun entered service in the British Army – but soon it will be fired by soldiers from the British Army’s newest regiment – the King’s Gurkha Artillery. The first members of the KGA have been drawn from across the various Gurkha units. They are infanteers, signallers, engineers and logisticians – so now they must be transformed into gunners. And that means learning everything from scratch. Sergeant Suryabahadur Gurung has been an infantryman for 19 years. He says he was always excited when he was attached to the Royal Artillery, but he never had the chance to work on the gun line.

Until now.

“In the first week it’s been quite hard and a bit overwhelming,” he told BFBS Forces News. “When you see the big guns, they have a lot of parts and it’s quite overwhelming. But it gets easier.”

The new gunners from the KGA have to take on board a lot of information to operate a weapon like the L118

“We’ve been teaching them almost everything that is relevant to the gun,” said Royal Artillery instructor Bombardier Joe Smith. “So positions on the guns, roles and responsibilities, ammunition natures, how to carry out a fire mission, and how to carry out a direct firing mission, which is slightly lower elevation. Also how to maintain it and then how to use it out in the field.”

The new members of the King’s Gurkha Artillery have been streamed to specific roles. While the strike operators were getting hands on with greasing the guns, across the parade square the new Fire Support Team members were also in training. Their job is to find the target in the first place – and call in the fire.

“One of the most important things is the VP,” explained Sergeant Sam Gasan from the Royal Horse Artillery. “VP means Voice Procedure and it’s simply because we in the artillery, every time we speak on the net to that gun line, every single thing that we say is an order – which means that your VP has to be really on the money. For these soldiers, English is their second language, so there’s another level of difficulty, and we in the artillery are really strict on the way we speak on the net. Anything misinterpreted could end up being the wrong message further down the line – which could be fatal.”

Before moving on to the Archer, the new gunners have to master the 105mm L118 – but they’ve been doing so with enthusiasm The instructors training the Gurkhas say it’s been really enjoyable.

“It’s been fantastic!” said Bombardier Smith. “They’re just sponges for information. They absorb everything you tell them, and they’re always really keen to jump in and get involved and get hands-on.”

In a couple of weeks’ time, the Gurkhas will have their first go at firing the gun for real on exercise in Brecon. In time, they’ll progress on to firing the Archer – the Royal Artillery’s newest gun. (Source: https://www.forces.net/)

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MISSILE, ARTILLERY, HYPERSONICS, BALLISTICS AND SOLDIER SYSTEMS UPDATE

July 24, 2025 by

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24 Jul 25. US State Department clears Egypt to buy NASAMS in $4.7bn deal. “The proposed sale will improve Egypt’s capability to meet current and future threats by improving its ability to detect various air threats,” according to the notice from DSCA. The US State Department today approved the potential Foreign Military Sale of the National Advanced Surface-to-Air Missile System (NASAMS) to Egypt for an estimated cost of $4.67bn, according to a notice from the Defense Security Cooperation Agency. The sale includes four AN/MPQ-64F1 Sentinel radar systems, hundreds of missiles and dozens of guidance units, along with a slew of non-Major Defense Equipment.

“The proposed sale will improve Egypt’s capability to meet current and future threats by improving its ability to detect various air threats,” the announcement says, adding it will “support the foreign policy goals and national security objectives of the United States by improving the security of a major non-NATO ally that is a force for political stability and economic progress in the Middle East.”

NASAMS, codeveloped by RTX and Norwegian defense firm Kongsberg, is a medium-range, air defense system designed to engage fixed or rotary wing aircraft, uncrewed aerial systems and cruise missiles. RTX will serve as the prime contractor of the sale, and “there are no known offset agreements proposed in connection with this potential sale,” according to the notice. Egypt has historically received a large amount of Foreign Military Funding — money the US government gives to other nations in order to build up their national security capabilities — and along with Israel, was reportedly an exception to Secretary of State Marco Rubio’s pause on FMF in January. In recent months, however, analysts have warned about what appeared to be Cairo’s tightening ties with Beijing especially in the wake of first-ever cooperative military drills in April. Today’s notice from DSCA is a congressional notification and is not final. Quantities and dollar totals often shift during negotiations, and today’s announcement technically tees up an opportunity for lawmakers to block the deal within a 30-day period, though such a step is rare. (Source: Breaking Defense.com)

24 Jul 25. North Macedonia forms Boran 105 mm artillery battery. MKE’s Boran Air Transportable Light Towed Howitzer (ATLTH) is displayed at the International Defence Industry Fair (IDEF) 2025 held in Istanbul from 22 to 27 July, the week after North Macedonia formed a battery of six of the artillery pieces. Speaking during the ceremony at the ‘Mirce Acev’ barracks in Prilep to mark the formation of the artillery battery on 18 July, the Chief of General Staff of the Army of the Republic of North Macedonia, Major General Sashko Lafciski, said the procurement of the Boran howitzers marked the beginning of the implementation of one of the key components of the country’s equipment and ammunition for indirect fire support project. He noted that this would fulfil Macedonian obligations under NATO’s 2021 capability goals package and confirmed by its new 2025 target package.

“It is a new modern weapon that has the required tactical and technical characteristics,” Maj Gen Lafciski said. “The Turkish Armed Forces received this weapon in 2021, and only four years later it is part of our army… The supply of these artillery assets significantly strengthens the army’s indirect fire support capabilities, while achieving the desired interoperability for participation in NATO-led operations.”

Turkish Ambassador to North Macedonia Fatih Ulusoy added, “Today we jointly look at concrete examples of our military and defence industry co-operation. MKE’s Boran howitzers and the Aselsan command-and-control (C2) systems that North Macedonia purchased from our country are an important step in the achievement of NATO standards by the Macedonian army. We appreciate that our companies, which produce according to European standards and at low prices, will continue to contribute to the modernisation efforts of our ally, the Army of [the Republic of] North Macedonia, according to NATO standards.” (Source: Janes)

24 Jul 25. Sudan presents Safaroog OWA UAV. Sudan’s Military Industry Corporation (MIC) presented the Safaroog one-way attack (OWA) unmanned aerial vehicle (UAV) at the International Defence Industry Fair (IDEF) 2025 being held in Istanbul from 22 to 27 July. The UAV is 2.88 m long and 0.91 m high, with a wingspan of 3.3 m. It has a 342 cc gasoline engine powering a two-blade pusher propellor that produces a cruising speed of 160 km/h and a maximum speed of 200 km/h, with a range of 300–600 km and an endurance of 2.5–4.5 hours. Its cruising altitude is 10,000 ft (3,048 m), with a ceiling of 15,000 ft (4,572 m). With a maximum take-off weight of 120 kg, the UAV can carry a payload of 40 kg with 16 litres of fuel, 30 kg with 25 litres, and 20 kg with 40 litres. Launch options include a catapult for a small payload and fuel load or a pneumatic launcher. The Safaroog features a SNAP-5 artificial intelligence (AI)-based autopilot, global navigation satellite services (GNSS)/inertial navigation system (INS), and an anti-jamming spoofing algorithm. Its communication range is 600 km. With a terminal attack angle greater than 60°, the UAV has a circle error probable of less than 10 m. An MIC representative told Janes on 23 July that the UAV is in Sudanese service and reported Middle Eastern interest in the vehicle, while declining to name specific countries. (Source: Janes)

23 Jul 25. Leonardo develops 120/L55 high-pressure gun. Leonardo announced in a press release on 18 July that it is developing and producing a 120/L55 high-pressure gun at its La Spezia site based on operational scenarios to replace 120/44 and 120 guns that equip the Ariete main battle tank (MBT) and Centauro II 8×8 fire-support vehicle. A company spokesperson told Janes on 18 July that the first test firings of the weapon were on 24 June. The 120/L55’s modular design makes it compatible with the turret of the upgraded Ariete C2 MBT with the Hitfact Mk II turret and also with special versions of new-generation infantry vehicles, according to Leonardo. The spokesperson said the new gun is “suited for tracked vehicles, [so] it can also fit into the future Italian MBT system”. Leonardo said the new gun can fire faster due to its longer barrel length with more shots at higher operating pressures than ammunition currently under development thanks to Leonardo’s new autofrettage process. (Source: Janes)

21 Jul 25. Dyneema®, owned by Avient Corporation, (NYSE: AVNT), an innovator of materials solutions, today announces its third generation of Dyneema® Diamond fiber. Surpassing cut protection and light-weight performance of prior-generation fiber, the new material enables gloves to be made using a single yarn technology – delivering built-in cut resistance without the need for reinforcement yarns. The result is a significant enhancement of comfort, dexterity, and user safety. According to OSHA and the Bureau of Labor and Statistics, 70% of workplace injuries result from unworn gloves. Dyneema® has been tackling this issue for over a decade through its market-leading Dyneema® Diamond fiber technology, which supports the creation of protective gear with unmatched strength, wearability, and reliability. This unyielding commitment to excellence has earned Dyneema® the trust of elite manufacturers in sectors, including automotive, medical, food, and heavy industry. With the new Dyneema® Diamond 3.0 fiber technology, the result of three years’ dedicated research, testing, and market research, Dyneema® raises the bar yet again, bringing unparalleled performance to industries where safety is non-negotiable. Gloves made with Dyneema® Diamond 3.0 are up to 40% lighter than those made with previous iterations of the fiber – a game-changer for user comfort. It also delivers breakthrough improvements in worker safety, with 6 times higher cut resistance than gloves made from generic HPPE fiber, and a +2 cut level compared to previous generations of Dyneema® fiber. Further advantages over other fibers include improved coating adhesion, higher fiber integrity, plus touchscreen friendliness. This all-around performance has been verified by robust, comprehensive testing at dedicated facilities in Europe and Asia. The results are clear: no other tested material can match Dyneema® Diamond 3.0’s performance against all key criteria of glove performance. These superior fiber attributes are made possible by patent-protected technology unique to Dyneema®, by which raw ingredient polymer is molecularly engineered for unrivaled strength, then enhanced with cut-resistant microparticles spun directly into the polymer. This technique, made possible by pioneering science and a custom engineering process, delivers another crucial benefit: enabling protective gloves to be made with single yarn technology, with no need for additional reinforcement yarns to achieve cut resistance. This opens up greater design flexibility and allows producers to craft silky-smooth gloves that keep hands agile and dexterous throughout the working day.

“Protective handwear needs to be so comfortable that users forget they’re wearing it,” explains Claudio Di Gregorio, Global Marketing Manager Mechanical Industrial for Dyneema®, Avient. “Third-generation Dyneema® Diamond fiber brings that ambition to life, providing outstanding cut performance on single yarn technology while reducing product weight by almost half. To workers in critical industries that keep the world moving, our message is simple: Dyneema® Diamond 3.0 puts the world’s strongest fiber™ in the palm of your hand. And it does so in a way that delivers reliable all-day wear.”

As one of the world’s only backward-integrated HPPE producers, Dyneema® maintains complete control over every stage of the fiber manufacturing process, from raw material to polymer and fiber production. This vertical integration means quality and performance can be guaranteed at every stage, allowing glove manufacturers to consistently deliver a fiber with superior performance, comfort, and durability.

“Dyneema® Diamond 3.0 is a testament to the talent and enthusiasm of everyone involved,” concludes Di Gregorio. “Chasing improvements at every level, we’re delivering – and surpassing – what the market demands. This latest innovation proves that we’ve got the technologies needed to handle the protective challenges of the manufacturing workforce.”

17 Jul 25. L3Harris unveils ‘wolf pack’ munitions with eyes on Marine Corps program. L3Harris has spent 10 years designing and developing the munitions and completed more than 40 test flights to date, with additional flights planned for this year. L3Harris today unveiled a pair of aerial munitions that are designed to be fired as swarms from a variety of platforms and provide kinetic effects, employ electronic warfare capabilities, or act as decoys for enemy fires. The munitions, which the company has dubbed Red Wolf and Green Wolf, have been successfully integrated onto a US Marine Corps AH-1Z Viper, and company executives stated the capability could be launched from other aerial, seaboard or ground platforms, but declined to name others citing customer sensitivity.

Red Wolf is a kinetic munition while Green Wolf is designed to employ electronic warfare capabilities or act a decoy, the executives said.

“Our launched effects ‘wolf pack’ provides U.S. military branches — regardless of platform — with a significant advantage in closing long-range kill chains, defeating adversarial threats in challenging environments and protecting assets,” said Ed Zoiss, president of space and airborne systems at L3Harris. “The Red Wolf and Green Wolf are lethal, modular, affordable and ready to hunt.”

L3Harris has spent 10 years designing and developing the munitions and completed more than 40 test flights to date, with additional flights planned for this year. The executives said that Red Wolf and Green Wolf are in low-rate initial production but declined to name specific customers. They also said the price per munition would be in the range of $300,000 to $500,000 per round. They also said Red and Green Wolf are targeting the Marine Corps’ Precision Attack Strike Missile program, which The War Zone reported is aiming to give the AH-1Z Viper fleet the kind of extended range the Marines anticipate will be needed in a fight in the Indo-Pacific. Speaking to reporters today, the executives said the wolf pack capability exceeded the service’s objectives.

Separate from the new munitions, L3Harris also announced plans today “to construct an extensive large solid rocket motor (LSRM) production campus.”

“Arkansas is a great place for L3Harris to fortify the domestic solid rocket motor industrial base, with its dedicated workforce and strong state and local partnerships,” said Christopher Kubasik, L3Harris’s CEO. “Large solid rocket motors are essential to our nation’s missile and strategic defense, and as the Trusted Disruptor, we are strengthening our ability to produce these systems rapidly and at scale, which is essential for current demand and the Golden Dome missile defense shield.” (Source: Defense News Early Bird/Breaking Defense.com)

17 Jul 25. First Multinational HIMARS Launch on Australian Soil Highlights Interoperability, Modernization. Multinational forces demonstrated integrated fires and maneuver capabilities across multiple domains during a combined joint live-fire exercise as part of Exercise Talisman Sabre 25 in Queensland, Australia, July 14, 2025. The event brought together forces from several nations to synchronize long-range fires, armor movements and air defense in a realistic scenario designed to strengthen interoperability and regional deterrence. Senior military leaders and international observers watched as partner nations coordinated across all areas of the battlespace. The High Mobility Artillery Rocket System’s live-fire component underscored the ability of partner forces to rapidly deploy and share targeting data.

“For me, it’s like-minded nations bringing together their modern technology on the battlefield to train and work together,” said Army Lt. Gen. Matthew McFarlane, commanding general of I Corps. “What we have in mind is that no matter which country’s sensor detects a target, any other partner nation can engage the target.”

The scenario began with Marine Corps F-35B Lightning II joint strike fighters executing an initial airstrike to neutralize enemy air defenses. With air superiority established, HIMARS from the Australian Defence Force’s 10th Brigade, U.S. Army’s 17th Field Artillery Brigade and Singapore Armed Forces moved from concealed positions to deliver precision long-range fires. Targeting data was provided by a multinational intelligence, surveillance and reconnaissance enterprise, including Australian integrator unmanned aerial system platforms. This event marked a historic first for the Australian army, its first HIMARS launch on home soil in cooperation with regional partners. The exercise also reflected Australia’s ongoing modernization efforts with domestically produced munitions expected to support future integration.

“Opportunities to live fire and train alongside our allies and partners as part of Talisman Sabre is critical to building true interoperability,” said Army Lt. Col. Edward Guelfi, commander of the 1st Battalion, 3rd Field Artillery Regiment, 17th Field Artillery Brigade. “These moments forge trust, sharpen readiness and send a clear message. We are united, capable and ready to deter any threat together.”

U.S. HIMARS crews fired guided multiple launch rocket systems to engage enemy targets identified during the preceding air assault, reinforcing the importance of a shared targeting picture. Following successful deep fires, joint forces shifted to the close battlespace. M777A2 155 mm howitzers from the Marine Corps and Australian Defence Force provided suppressive fires, clearing the way for South Korea K9A1 and K1A2 systems to deliver counterbattery effects and lead a simulated armored assault.

Guelfi highlighted the excitement and motivation felt by the soldiers in his brigade for the opportunity to train alongside the Australian Defence Force and Singapore Armed Forces.

“One key takeaway was how quickly our teams adapted to each other’s systems and procedures, highlighting that interoperability isn’t just about equipment, it’s about people, trust and shared commitment,” he said. “These exercises proved that our partnerships aren’t just symbolic, they’re operational, effective and growing stronger every day.”

The final phase took place in the rear area, where Japan’s Ground Self-Defense Force Chu-SAM medium-range surface-to-air missile system was employed to defend against adversary air threats and protect critical assets. These integrated rear-area defenses are critical to ensuring freedom of maneuver and sustainment during multidomain operations. (Source: ASD Network)

22 Jul 25. 1st Firing for Australian NASAMS. The Australian Army’s air and missile defence capability took a step forward during Exercise Talisman Sabre 2025 when 16th Regiment’s National Advanced Surface to Air Missile System (NASAMS) fired two AIM-120 Advanced Medium-Range Air-to-Air Missiles in the Northern Territory. The surface-to-air missile system was deployed to the remote Bradshaw Field Training Area, some 600 kilometres south of Darwin, where 16th Regiment soldiers successfully shot down a simulated cruise missile threat several kilometres away and thousands of feet in the sky. 111 Battery Air and Missile Defence Operator Gunner Seth Allen said the thrill of a live-fire wasn’t lost on the regiment’s soldiers.

“Honestly, it’s an honour being that close,” Gunner Allen said.

NASAMS forms part of the inner tier of Defence’s integrated air and missile defence: a network of ships, fighter aircraft and surface-to-air missiles designed to protect Australia from airborne threats such as enemy missiles or aircraft.

Major Talal Moutrage, in his role as an Air Defence Artillery Fire Control Officer, is a subject matter expert within the Air Command and Control Agency, integrating defensive fires into the joint air battle.

“We provide the critical integration with joint partners to ensure the protection of friendly aircraft and control the effective delivery of land defensive fires against airborne threats,” Major Moutrage said.

It was the third successful live fire for the air defence regiment, after the AIM-9 Sidewinder was tested from the high-mobility launcher at Woomera Test Range earlier this year. Exercise Talisman Sabre 2025, held across Australia from July 13 to August 4, is the largest Australia-US bilaterally planned, multilaterally conducted exercise. More than 40,000 military personnel are taking part in activities across Queensland, Western Australia, the Northern Territory, New South Wales and Papua New Guinea. (Source: ASD Network)

23 Jul 25. USAF Command Suspends M18 Pistol Use After Death of Security Airman. The U.S. Air Force Global Strike Command (AFGSC) has suspended the use of all Sig Sauer-manufactured M18 pistols following the death of a Security Forces airman at F.E. Warren Air Force Base over the weekend.

Gen. Thomas A. Bussiere, head of Global Strike Command, announced in a July 21 memo that the command would temporarily suspend use of the M18 handgun for both training and operations, pending the outcome of the investigation into the recent incident. The memo also directed all AFGSC installations to conduct thorough inspections of their issued M18 pistols.

AFGSC spokesperson Charles “Moose” Hoffman confirmed the suspension.

“Out of an abundance of caution and to ensure the safety and security of our personnel, the pause will remain in place pending the completion of comprehensive investigations by the Air Force Office of Special Investigations and the AFGSC Safety office,” Hoffman told Task & Purpose.

“Security Forces Airmen will be equipped with M4 rifles during this period,” Hoffman added.

The active-duty airman with the 90th Security Forces Squadron died on duty at the base early Sunday morning, according to a press release from the installation. The service member’s identity and the circumstances surrounding the death have not been released.

The Air Force has not confirmed whether the death involved an accidental discharge of the M18, noting only that “the discharge has not been categorized yet.”

The M18 is the compact variant of the Modular Handgun System selected by the Army in 2017 to replace the Beretta M9. It has since been adopted across U.S. military branches.

The pause comes amid renewed scrutiny of the M18 and its civilian counterpart, the P320, amid allegations of unintentional discharges. A recently released FBI report detailed a 2024 incident in which a Michigan State Police officer’s holstered M18 discharged without any trigger contact. The report concluded the officer was not handling the weapon at the time.

Days after the report surfaced, U.S. Immigration and Customs Enforcement issued a permanent ban on P320-series pistols.

Jason St. John, senior director of strategic products for Sig Sauer’s Defense Strategies Group, recently told The War Zone that the FBI’s testing was flawed.

“Sig Sauer continues to have full faith in the P320,” St. John said. “Due to the FBI manually manipulating the P320 sear improperly, Sig Sauer refutes the initial results.” (Source: ASD Network)

About Galvion:

MISSILE, ARTILLERY, HYPERSONICS, BALLISTICS AND SOLDIER SYSTEMS UPDATE

July 18, 2025 by

Sponsored by Galvion

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15 Jul 25. Galvion receives further follow-on Batlskin Caiman order of 5000 helmets, for the Canadian Dismounted Infantry Capability Enhancement (DICE) programme. Galvion, a world leader in innovative head protection systems and power and data management solutions, has received a second follow-on order from the Department of National Defence (DND) Canada for its flagship Batlskin Caiman® ballistic helmet systems. This latest order for an additional 5000 helmets with two (2) helmet covers each, is expected to deliver in early 2026. The original Canadian Dismounted Infantry Capability Enhancement (DICE) programme contract was awarded in February 2023 for 2,100 helmets and 4,200 helmet covers. In July 2024, year two of a five-year framework contract, the DND exercised an option to order an additional 8,400 helmets and 16,800 helmet covers taking the total Canadian DICE order to 10,500 helmets and 21,000 covers, all successfully delivered. With this latest follow-on order, the DICE totals now total over 15,000 helmets and 30,000 covers, all ordered within three years of the five-year framework. Developed over a number of years with extensive SOF community collaboration and feedback and now fielded in the hundreds of thousands across multiple NATO countries, Galvion’s Caiman® helmet system delivers unmatched levels of weight and comfort, and is expressly designed to incorporate electronics, communications headsets, and other critical equipment needs, now and into the future. The helmet is equipped with Galvion’s premiere APEX lining system, an intuitively adjustable design that enables a customized fit for users. The helmet systems assessed for DICE were trialled by members of the Canadian Light Infantry Battalion at the end of 2022. Conducted under operational conditions, the trials included the integration of equipment such as eyewear, night vision goggles, gas masks, hearing protection, and cold-weather gear. The Caiman helmet received the highest rating by a significant margin and was selected after a phased bid process.

Todd Stirtzinger, CEO at Galvion said: “We are exceedingly proud to receive another significant order from the Canadian DND for their DICE programme. Repeat orders like this demonstrate partner confidence and end-user satisfaction, both of which are core drivers for everything that we do at Galvion.” He added: “We are seeing significant increases in demand across all of our head system platforms, with the Caiman helmet seeing far and wide adoption beyond the SOF community, as evidenced by this DICE contract but also the continued receipt of orders from NATO countries through our NATO Support and Procurement Agency (NSPA) framework contract. We have more good news on that side to be announced soon. This activity, alongside other notable successes, has triggered some major investment and expansion activity, which is best showcased by our recent European Production Hub opening ceremony, in Poland.”

17 Jul 25. Anduril performs Barracuda-100M flight tests for US Army’s High-Speed Maneuverable Missile programme. The US Army and Anduril have disclosed a series of tests of the Barracuda-100M missile for the High-Speed Maneuverable Missile (HSMM) programme, including powered flights, performance envelope expansion, and tests of the service-developed Precision Target Acquisition Seeker (PTAS), the army and company said in separate 14 July statements. HSMM is a test programme intended to build an air- or ground-launched missile capable of reaching targets up to 120 km away.

“Back in 2023, [Anduril] started off with design reviews and iterated on a lot of trade studies to refine the [Barracuda-100M] air vehicle dynamics … specifically making sure that we’re maturing the subsystems and the air vehicle performance to meet the HSMM requirements,” Stephen Milano, Anduril’s senior director for advanced effects, told reporters on 15 July.

“In 2024 we hit a handful of test milestones. We started off with our wind tunnel and environmental testing, and at the end of 2024 we did our initial powered flight testing off of an [Aero L-29 Delfin] surrogate aircraft at our private test range that Anduril operates,” Milano continued.

In May 2025, the company performed additional flight testing “to verify and expand the vehicle’s envelope altitudes, release altitudes, [and] performance altitudes of both the engine and the performance of the vehicle management system,” Milano added. “We proved out autonomous launch mission execution and multiple terminal guidance strike capabilities throughout the test sequence … as well as the control that the army is seeking out of [its] test vehicle and future operational capabilities. Throughout each of these [tests] we hit the targets as we anticipated, but most importantly, we instantiated the terminal guidance manoeuvres that were the most interesting to the army customer.” (Source: Janes)

17 Jul 25. L3Harris unveils new long-range missile with eye on China in the Pacific. L3Harris Technologies (LHX.N) has unveiled two new missiles that aim to provide less expensive long-range strike options for the U.S. military as it restocks its supplies while looking for arms to deter China’s ambitions in the Pacific. The “Red Wolf” and “Green Wolf” missile launch comes as the concept of “affordable mass” has gained prominence due to the conflicts in Ukraine and Israel, which have underscored the need for plentiful, cost-effective weapons. This strategy focuses on having a large number of relatively inexpensive munitions ready for deployment, ensuring military readiness and adaptability. These multi-role missiles with a range of more than 200 nautical miles can hit moving targets like ships, such as in the Pacific Ocean where range is important. Lockheed Martin and RTX currently dominate the space in the U.S. market. The most basic version of L3’s new missile would cost in the $300,000-range. (Source: Reuters)

17 Jul 25. Taiwan unveils extended-range Hsiung Feng III missile. Taiwan has deployed its new locally developed land-launched Hsiung Feng III extended-range (HF-IIIER) supersonic anti-ship missile (ASM) at the 41st iteration of its annual ‘Han Kuang’ military exercise, state-owned Central News Agency (CNA) has reported. CNA reported on 15 July that at least four HF-IIIER ASM launchers and a command-and-control (C2) vehicle were deployed during the exercise by the Republic of China Navy’s (RoCN’s) Haifeng Brigade located in Bali district of Taipei county. ‘Han Kuang’, which runs from 9 to 18 July, simulates a Chinese attack on the island’s military bases and critical infrastructure. According to CNA, the HF-IIIER is mounted on a mobile missile launcher featuring two rocket containers for four missiles. The missile has an estimated range of 400 km. The baseline HF-III represents the third generation of the Hsiung Feng family of ASMs, developed by Taiwan’s National Chung Shan Institute of Science and Technology (NCSIST). The Hsiung Feng family consists of land-, ship-, and air-launched ASMs. The land-launched variant of HF-III has been in service with the RoCN since 2023. The HF-IIIER missile procurement is part of Taiwan’s TWD240bn (USD8bn) ‘special budget’, allocated by the Executive Yuan from 2022 to 2026 for the Ministry of National Defense’s (MND’s) ‘naval and air force capability enhancement programme’. According to Janes Weapons: Naval , the baseline HF-III is a ramjet-powered missile featuring a highly pointed tangent ogive nose and long constant‐diameter cylindrical body. It features an active radar seeker, and an inertial navigation system (INS)-based guidance system. The missile has a maximum speed of up to Mach 2.3 and a range of 150 km. (Source: Janes)

17 Jul 25. For the first time, BAE Systems has launched a precision munition from a multi-rotor Uncrewed Air System (UAS) and successfully destroyed both air and ground targets during trials in the US. This marks a major step forward in the development of a low-cost strike and counter UAS option for frontline troops. The launch of munitions upgraded with BAE Systems’ APKWS® laser-guidance kit from a TRV-150, a modified version of the BAE Systems’ Malloy T-150, marks the first air to air engagement of an APKWS guidance kit from a UAS, building on its decades-long presence on combat aircraft including the F-16, F-18 and Apache helicopter. The successful trials demonstrate the multi-role capability of the platform and are a significant boost to showcasing how advancements in drone technologies can be harnessed to offer militaries highly effective and affordable tactical options to tackle both emerging UAS threats and more traditional targets.

Anthony Gregory, Business Development Director, BAE Systems’ FalconWorks®, said: “Uncrewed systems are an increasingly important part of our customers’ arsenals and I’m delighted that we’ve been able to show how UAS technology can further help them maintain an edge on the ever-evolving modern battlefield.

“These trials have significantly advanced our ability to deliver this new tactical option at a fraction of the cost of conventional means, showcasing that we continue to address the challenges of tomorrow through innovation and collaboration.”

The tests took place at US Army Dugway Proving Ground in Utah using a modified version of BAE Systems’ Malloy T-150 adapted to meet the US Marine Corps logistics requirements known as the SURVICE TRV-150. BAE Systems engineers in the UK provided expert weapons integration knowledge and experience to integrate the APKWS guidance kit. It transforms unguided rockets into precision-guided munitions and provides a low-cost, highly effective solution that has multi-role capabilities. With its integration onto the TRV-150 the tests exceeded expectations in all aspects, including platform performance and target engagements, with zero misses.

Greg Thompson, President at SURVICE Engineering, said: “While originally designed as a tactical edge logistics drone, adding strike packages to different variants of the TRV is a natural extension that leverages an already-fielded UAS as a multi-role offensive and defensive asset. Providing medium UAS-delivered air and ground target strike capability will be a force-multiplying game changer and we are excited to play a role in bringing this new capability to our US and allied-nation warfighters.”

The successful integration on display during the trials highlights the possibility of providing operators with a unique solution for engaging targets at greater range than ground-launched solutions, using a system that can easily be deployed to the front line. The trial was a result of efficient collaboration between BAE Systems FalconWorks®, BAE Systems, Inc., SURVICE Engineering, bringing together knowledge and expertise from across our UK and US teams. The trials were also supported by Invariant Corporation, Arnold Defense, General Dynamics UK and L3Harris. The team behind this cross-Atlantic partnership will now build on these successful trials to further refine the new system so that it is ready for use on the battlefield. This includes integrating more autonomous technology.

15 Jul 25. Spain to Upgrade and Expand its Artillery. The Spanish Army is planning a major upgrade and expansion to its tube field artillery. The program involves the acquisition of eighty-six wheeled and one-hundred and twenty-eight tracked self-propelled howitzers in 155mm calibre. It will further include associated supporting ammunition, command and recovery vehicles. These new weapons will replace the current M109A5 self-propelled howitzers in service with the Army and Marines. The tracked howitzers will be based on the ASCOD chassis which is already in Spanish service. A possibly favoured configuration is the NEMESIS which mounts the 155mm/L52 KNDS Artillery Gun Module (AGM) turret. The ASCOD platform is powered by a 1100 hp diesel engine and can be fitted with steel or composite rubber tracks. Its high mobility enables the NEMESIS to “Shoot & Scoot” including firing on the move in every direction. It can undertake MRSI (Multiple Rounds Simultaneous Impact), has a firing range of up to 54/70 km depending on ammunition type, and optional direct targeting further underline the system’s unique artillery capabilities.

NEMESIS

For the wheel vehicle mounted howitzers the requirement allows for mounting on 8×8 or 10×10 chassis. A possible candidate is the Radhaubitze RCH 155 developed by GDELS-Santa Bárbara Sistemas and KNDS. It combines the Piranha 10×10 chassis with the same KNDS 155mm/L52 Artillery Gun Module as the NEMESIS allowing operational, training and logistics commonality. Each procurement will include associated ammunition resupply vehicles, recovery vehicles, maintenance vehicles and training, tools, and logistics. The self-propelled howitzers will be equipped with modern digital fire-controls and the ability to network command and control systems. The technical requirement specifies the capability to engage moving naval targets suggesting these guns may need to undertake coastal defense missions. The howitzers are required to have a range of 40 km firing base bleed ammunition. The AGM has a crew of two or three but can operate unmanned remotely. It includes an automatic loading, inertial/GNSS navigation, wireless fire control data transmission and fire across 360-degrees. The AGM is also a strong candidate in a number of other NATO army artillery procurements including that of Germany and the United Kingdom. The programs have an estimated value of €3.002 bn with €1.181 bn allocated to the wheeled howitzer systems and €1.821 bn for the tracked howitzer systems. The program is to be implemented as a multi-year acquisition. It will require domestic production and long-term maintenance and support. The final selection of the actual systems that will be acquired will be based on field and technical evaluations of systems that may be proposed by industry. (Source: Armada

12 Jul 25. Romania to become first European country to acquire Iron Dome air defence system. Romanian Defence Minister Ionuț Moșteanu has confirmed that Romania intends to acquire the Iron Dome air defence system, as part of a broader strategy to enhance national security. Speaking to public broadcaster TVR, Moșteanu said the contract for the SHORAD-VSHORAD system is scheduled to be signed in the autumn of 2025.

“These are defensive missile batteries that we don’t have, and we need them,” the minister stated. “If I were to give an example, when we see images from Tel Aviv when the Iranians attack and we see the Iron Dome, that is SHORAD-VSHORAD, and it protects Tel Aviv. It will protect us as well. Whether it’s airports, military bases, or, God forbid, we need to defend our cities.”

The Iron Dome, developed by Israel, is designed to intercept short and very short-range missile threats, providing effective protection for critical infrastructure and urban areas. Romania’s move to adopt the system marks a significant shift in its defence acquisition policy. Moșteanu noted that military procurement currently accounts for nearly 30% of the national defence budget. Future purchases, he added, will also include short-range missiles and corvettes. The minister also emphasised the strategic importance of the Black Sea region, underlining its relevance in both European and American security frameworks. He said President Nicușor Dan, who recently assumed office, will present a new national defence strategy in 2025.

“There is no Black Sea strategy without Turkey. It is the strongest. We will have to take these steps, these discussions, and it will be in the national defence strategy, there will be a Black Sea strategy,” Moșteanu said. (Source: Google/DIE)

14 Jul 25. Dyneema®, owned by Avient Corporation, an innovator of materials solutions, has once again pushed the boundaries of fabric engineering — this time by increasing the Dyneema® layers in its latest advanced composite fabric material. These new Dyneema® Woven Composites take material performance to the next level by combining the unmatched strength of a Dyneema® composite core with a 100% Dyneema® abrasion-resistant woven face fabric. This next-generation composite fabric material can offer up to 10 times more abrasion resistance, 5 times better tear resistance, and 34% weight savings compared to the existing Dyneema® high-performance composite portfolio. Fifteen times stronger than steel yet light enough to float on water, Dyneema® is the original ultra-high-molecular-weight polyethylene (UHMWPE) fiber, which is trusted in countless applications where performance is paramount and reliability is critical. The secret is in the science. Dyneema® Woven Composites feature a dual-layer composite structure that combines the strength, abrasion resistance, and durability of a fully woven Dyneema® face fabric with the dimensional stability, structural integrity, and lightweight waterproof properties of Dyneema® composite technology. The result is a fabric that is highly durable under significant load conditions and after prolonged use.

“Dyneema® Woven Composites are a major breakthrough in materials engineering,” said Chiharu Pidgeon, Global Business Manager, Fabrics & Composites for Dyneema®, Avient. “By harnessing the full potential of Dyneema® fiber with precision-layered construction, we’ve created a fabric that doesn’t just resist wear – it redefines strength and stability in high-performance applications.

Dyneema® R&D specialists spent two years extensively testing the new fabric with longtime collaborator, Hyperlite Mountain Gear, a leading outdoor gear manufacturer. With the help of Hyperlite’s extensive network of elite athletes and mountaineers, they tested prototype backpacks during months-long expeditions on some of the most extreme hiking trails from the Alaskan wilderness to the summit of the Rockies and beyond. The consensus was clear: the world’s strongest fiber™ just got stronger. Backpacks from Hyperlite are the first products on the market to feature this game-changing technology and are available to consumers and outdoor enthusiasts worldwide starting July 15, 2025.

This innovation pushes fabric engineering to new heights, delivering a composite that can withstand some of the most extreme and demanding environments, reinforcing Dyneema® as the global leader in fiber technology. Learn how Dyneema® is revolutionizing fabric engineering at www.dyneema.com.

11 Jul 25. U.S. Army to quadruple procurement of PAC-3 MSE air defence missiles from Lockheed Martin. The U.S. Army plans to significantly increase its procurement of PAC-3 MSE air defence missiles in 2026, according to its proposed defence budget. The number of PAC-3 MSE (Patriot Advanced Capability-3 Missile Segment Enhancement) missiles ordered is set to rise from 3,376 to 13,773.

“This increase highlights the critical importance of Patriot systems in military operations in the Middle East and Ukraine,” the accompanying document states. The planned acquisition of 10,397 additional missiles will result in an estimated cost of $40.2 bn, or approximately $3.87 m per missile.

The PAC-3 MSE missiles are equipped with an active radar seeker, a high-explosive fragmentation warhead, and a contact fuze. They are capable of intercepting targets at altitudes up to 36,000 metres and at ranges of up to 120 kilometres for aerial targets and 60 kilometres for ballistic ones. The U.S. Army has long faced shortages of Patriot systems. New Patriot and THAAD batteries were deployed in the Middle East from October 2023, while large-scale deliveries to Ukraine have further strained supplies.

In 2024, U.S. National Security Adviser Jake Sullivan noted that despite Ukrainian President Volodymyr Zelensky’s request for at least seven Patriot batteries, stockpiles were limited. “American Patriot systems are currently deployed around the world, including in the Middle East, to protect U.S. forces. If we could free up more Patriot batteries, we would. But we are primarily supplying the missiles,” he stated. (Source: Google/DIE)

11 Jul 25: [auto-translated] Today, 11 July, Reservists who participated in the mission of the division’s artillery battalion launched HIMARS from their missile launchers for the first time. The battle drill was the culmination of a study gathering in the Saaremaa and Muhu districts on July 4. HIMARS is now part of our defence. The training began even before the systems arrived in Estonia in cooperation with units from the United States. Today, we have a trained missile artillery battery that continues to practice the defence of Estonia consistently. We have both a team with long experience and a top technical team, and now we have reached a level where we can organise both training and shooting exercises independently. We will continue to grow and develop the rocket artillery, said Margus Ora, a battery-operated columnist for the division’s artillery battalion. The battle exercise on the Undva Peninsula with the M142 HIMARS missile launcher, which was only recently added to the armed forces, was conducted with the participation of reserve soldiers trained to operate the weapons system, having previously undergone training for the use of the weapons system. The purpose of the gathering was to increase the unit’s combat readiness, develop interoperability and entrench the knowledge and skills of the soldiers in using weapons systems; during the nine-day and final training session, the Reservists added to their knowledge of weapons and brushed up practical skills in handling weapons while practising acting as a weapons team. The deployment of HIMARS for the Estonian Defence Force is an important milestone in the development of the division’s rocket artillery battery and the strengthening of Estonia’s defence capabilities. M142 HIMARS (High Mobility Artillery Rocket System) missile launchers are considered one of the most modern long-range indirect fire systems in the world. Their introduction in the Estonian Defence Forces represents a significant increase in force in both capacity and in terms of defence. The artillery battalion is a centre of indirect fire skills and knowledge in the armed forces. The battalion provides professional further education for servicemen and active personnel from across the armed forces. The main task of the artillery battalion in wartime is to support division units with indirect fire. (Source: joint-forces.com)

07 Jul 25. Taiwan Acquiring M109A7 Self-propelled Howitzers. Taiwan’s Ministry of National Defence on 5 July 2025 has decided to acquire one-hundred and sixty-eight M09A7 155mm self-propelled howitzers from the United States. This is a substantial increase from the previous plan which would have purchased forty systems. It is understood that this larger fielding is part of a broader effort toward modernizing the Army’s entire artillery inventory. The new acquisition will also include M992A3 Field Artillery Ammunition Resupply Vehicles (FAASV) which can accompany the guns providing ammunition. Currently Taiwan’s artillery consists of a range of models including 105mm, 155mm and 203mm howitzers many of which are legacy systems which are becoming difficult to support. The M106A7 is an updated version of the M109A5 which are in service with Taiwan’s forces. Built by BAE Systems it has a range of improvements including a new chassis, engine, transmission, and running gear derived from the M2 Bradley, as well as turret and fire control updates. The cannon is a 155mm 39 calibre with a range of 21 km with conventional and 30 km with rocket assisted projectiles. The weapon can also fire the extended range precision guided M982 Excalibur round which Taiwan had requested but has not yet been approved by the US. M109A7 is specifically designed to conduct “shoot-and-scoot” tactics that enhance survivability. The procurement is estimated to have a value of over NY$90 bn (US$2.75 bn. This acquisition further complements Taiwan’s indirect fires capabilities which is also being enhanced by its fielding of the HIMARS rocket systems. Both M109 and the HIMARS have been extensively fielded by a number of militaries and have been proven in combat. BAE was approved for production of the M109A7 in 2020 and has received recent orders for the system and the FASSV in 2023, 2024, and 2025. These have reflected deliveries to January 2029. The timing of the Taiwan order and proposed delivery schedule remains unclear as are the details of the phase out of the current artillery systems. This move by the forces further reflects the recognition of the importance of artillery fires on the current and future battlefields as demonstrated in the Ukraine. (Source: AMR)

11 Jul 25. Turkey’s Baykar Kemankeş-1 Loitering Munition Adds Air-to-Air Strike Role. In a demonstration of multi-domain versatility, the Turkish drone manufacturer Baykar has achieved a milestone by proving that its AI-powered Kemankeş 1 loitering munition can engage airborne threats, not just ground targets. This unprecedented capability was showcased when the Kemankeş 1 was launched from the Bayraktar Akıncı UCAV and successfully intercepted aerial target mid-flight. This new development highlights the rising importance of loitering munitions as flexible assets in modern aerial warfare. Developed as a jet-powered, mini cruise missile, the Kemankeş 1 represents Baykar’s push to integrate artificial intelligence and precision targeting into small, long-endurance munitions. Designed with a 200+ km range and a high-performance optical guidance system, the Kemankeş 1 can autonomously loiter over contested airspace, identify and track even small airborne threats, and execute precision strikes with minimal operator input. While the Akıncı UCAV provided the launch platform for the recent test, the focus remains on Kemankeş 1’s ability to redefine strike options with its advanced anti-jamming systems and real-time data links for surveillance and targeting. Baykar’s journey with the Kemankeş 1 has been methodical yet bold. Since its first prototypes, the loitering munition has undergone rigorous tests covering system integration, flight endurance, AI-based target recognition, and precision strikes under harsh conditions. Unlike traditional drones that deploy loitering munitions exclusively for ground targets, this air-to-air test signals a strategic shift: drones like Akıncı can now deliver organic air defense capabilities using smart, cost-effective loitering rounds. This mirrors trends observed in other countries experimenting with turbojet-powered, subsonic air-to-air loitering weapons, though few have demonstrated practical tests as Turkey now has. Compared to similar concepts like loitering air defense munitions under development in the US or Iran, the Kemankeş 1 stands out for its compact form factor and real-world operational success. Where conventional MANPADS or short-range missiles require high-speed intercepts, Kemankeş 1 uses its extended loiter time and agile guidance to patrol aerial sectors, creating an aerial minefield effect. This not only complicates enemy drone and helicopter operations but also positions the Akıncı UCAV as a dual-role platform, blurring the line between strike and defense in contested airspaces. Strategically, the implications are significant. The proven ability of the Kemankeş 1 to neutralize air targets demonstrates Türkiye’s ambition to develop drones capable of layered air defense roles without relying solely on ground-based systems. This multi-operability enhances the survivability and autonomy of drone fleets in complex theatres, offering a new asymmetric response to swarming drone threats and low-flying helicopters. The demonstration also strengthens Baykar’s competitive position in the global drone market, where multi-mission payloads are increasingly demanded. While Baykar continues to self-finance many of its flagship technologies, recent export agreements for the Akıncı UCAV family suggest growing interest from states seeking cost-efficient, AI-enabled precision munitions. Details of specific Kemankeş 1 contracts remain undisclosed, but this milestone will likely accelerate procurement discussions. This milestone test of the Kemankeş 1 from an Akıncı UCAV marks not just another technical achievement for Baykar but a meaningful evolution of unmanned aerial warfare. By extending the mission envelope of loitering munitions into air-to-air engagements, Türkiye signals its intention to reshape drone doctrine with self-contained aerial defense layers that can adapt to dynamic threats in real time. (Source: UAS VISION/Army Recognition)

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MISSILE, ARTILLERY, HYPERSONICS AND SOLDIER SYSTEMS UPDATE

July 11, 2025 by

Sponsored by Galvion

www.galvion.com

10 Jul 25. PDW C100 Demonstrates Targeting Precision & Range in UK MOD Trials. Performance Drone Works (PDW) demonstrated the C100 quadcopter in live-fire trials for the UK MOD, showcasing precise target designation, long-range control, and operational flexibility in contested environments. Performance Drone Works (PDW)’s unmanned systems are designed to meet the evolving demands of modern military operations by delivering agile, low-signature solutions for target designation and precision strike support. The company’s C100 quadcopter has been demonstrated as a flexible, reliable platform capable of operating in contested environments where traditional assets face significant limitations.

Overview

Modern armed forces encounter growing difficulties in delivering precision fires against high-value targets within contested environments. Conventional manned platforms and outdated targeting systems place personnel at risk and lack the range, flexibility, and survivability needed, particularly in anti-access/area-denial (A2/AD) situations.

Military units now require responsive, low-signature systems capable of designating targets deep within the operational area while maintaining agility and cost-efficiency. To support these objectives, PDW conducted a live-fire demonstration of the C100 equipped with the Leonardo DRS STAG™ 5 laser target designator (LTD) for the UK Ministry of Defence. Taking place at the 9 Mile Testing Center in Texas, the exercise validated the C100’s ability to track and designate targets for ground-launched APKWS rockets, with all munitions landing accurately within the intended impact zone. Additionally, a long-range test featuring the NextVision DragonEye2 EO/IR payload confirmed sustained command, control, and video transmission at distances beyond 8.5 km, emphasizing the drone’s endurance and dependable performance. Throughout the trial, the C100 operated with both LTD and non-LTD payloads, demonstrating its flexible payload integration and suitability for various mission types. The demonstration showcased the C100’s ability to deliver precise, real-time targeting with reduced operator exposure. By pushing targeting capabilities farther forward without reliance on traditional manned aircraft or forward-deployed observers, the system allows for faster engagement and improved survivability. In highly contested operational settings, delivering precision strikes without depending on conventional platforms offers both tactical and strategic benefits. The C100 presents a modular, autonomous solution that supports high-tempo, multi-domain operations and improves the overall effectiveness of long-range precision fires.

Objectives

The project, funded by the UK Ministry of Defence, aimed to advance defense capabilities through innovative technology applications. As part of the effort, the demonstration focused on testing next-generation target designation systems for increased accuracy and operational dependability in support of UK military requirements. PDW’s main objective was to validate the C100 platform with the integrated Leonardo DRS STAG™ 5 LTD by guiding live-fire launches of APKWS 2.75” rockets to verify targeting accuracy.

Results

The C100 successfully acquired and designated targets for three APKWS rocket strikes using the STAG 5 payload. Each impact occurred within the intended target zone, affirming the platform’s precision and operational value for aerial target designation missions. Complementing this, PDW completed a long-range evaluation using the C100 outfitted with the NextVision DragonEye2 EO/IR system. The drone maintained consistent control and video feedback at distances exceeding 8.5 km, demonstrating robust long-range communication and surveillance capabilities. Throughout the demonstration, PDW operated the C100 with and without the LTD payload to highlight the drone’s mission flexibility and consistent performance across multiple operational profiles. (Source: https://www.defenseadvancement.com/)

10 Jul 25. New Storm Shadow and missile cooperation to boost jobs as UK and France reboot defence relationship. A new ‘Entente Industrielle’ will support thousands of UK jobs across projects including air-to air missiles. Britain and France are to order more highly lethal Storm Shadow cruise missiles, while stepping up work on its replacement as part of a new refreshed agreement signed today (Thursday 10 July). The new agreement will see the UK and France commit to launch the next phase of their joint project for both deep strike and anti-ship missiles – a step closer to selecting a final design for Storm Shadow’s replacement. The joint development effort will sustain 1,300 highly skilled jobs across the UK, boosting the economy in line with the Government’s Plan for Change. Upgrading the existing Storm Shadow production lines will support more than 300 jobs at manufacturer MBDA. The Prime Minister and President Emmanuel Macron will also today agree to deepen their nuclear cooperation and work more closely than ever before on nuclear deterrence. In an important step forward for the UK-France nuclear partnership – a newly signed declaration will state for the first time that the respective deterrents of both countries are independent but can be co-ordinated, and that there is no extreme threat to Europe that would not prompt a response by both nations. As such, any adversary threatening the vital interests of Britain or France could be confronted by the strength of the nuclear forces of both nations. Co-operation between both countries on nuclear research will also deepen, while working together to uphold the international non-proliferation architecture. The UK and France are Europe’s only nuclear powers, with deterrents that contribute significantly to the overall security of NATO and the Euro-Atlantic.

Prime Minister, Keir Starmer, said: “From war in Europe, to new nuclear risks and daily cyber-attacks – the threats we face are multiplying.

As close partners and NATO allies, the UK and France have a deep history of defence collaboration and today’s agreements take our partnership to the next level. We stand ready to use our shared might to advance our joint capabilities – equipping us for the decades to come while supporting thousands of UK jobs and keeping our people safe.”

Defence Secretary, John Healey MP, said:  “The UK and France are stepping up together to meet today’s threats and tomorrow’s challenges. We are committed to driving defence as an engine for growth, delivering better fighting capabilities faster, and ensuring our armed forces can operate side by side – from the High North to the Black Sea.

This partnership strengthens our leadership in Europe, ensures continued support for Ukraine, and sends a clear signal to our adversaries that we stand stronger, together.”

By deepening defence industrial cooperation with France, it will boost the UK’s own national resilience, ability to deter against attacks, and defend against threats, reinforcing the contribution to NATO. The new partnerships will be developed under the refreshed Lancaster House agreement through a new ‘Entente Industrielle’ making defence an engine for growth.

These partnerships include:

Agreeing to build the next generation of deep strike, anti-ship missiles, replacing the lethally effective Storm Shadow. This new joint effort will sustain 1,300 high skilled jobs in the UK, boosting the UK economy in line with the Government’s Plan for Change
Upgrading the existing Storm Shadow cruise missile production lines in Stevenage to bolster national stockpiles, supporting more than 300 jobs within MBDA and the wider supply chain and making defence investment an engine for growth
Jointly developing the next generation of beyond visual range air-to-air missiles for the Royal Air Force’s fighter jets
Starting work on new advanced weapons to give an advantage against adversaries. This will include a new partnership to develop high-tech radiofrequency weapons such as microwave weapons and jammers that could be used to shoot down threats like drones and missiles
The UK and France will also look to harness the power of AI to make their missiles and drones more lethal, by developing algorithms for synchronised strikes

Under an ambitious new package of defence cooperation under the Lancaster House 2.0 declaration, both countries’ militaries will work closer together than ever before. Recognising the increased threat to European security, the UK and France will expand its jointly deployable force, refocusing it on defending Europe, moving to warfighting readiness to deter, and countering any adversaries. The Combined Joint Force will be able to command a Combined UK/French Corps for the first time – the highest scale of deployed ground forces from a command perspective – made up of thousands of troops and working side-by-side with NATO allies. For the first time it will also integrate space and cyber to counter new threats, boosting the abilities of the UK and France’s joint forces to quickly respond to developments on the battlefield through increased awareness and responsiveness supported by data from beyond just the ground, sea, and air. The Combined Joint Force is a crucial step forward in the UK and France stepping up their leadership within NATO, setting a clear path to meet the Government’s Strategic Defence Review commitment of NATO’s strategic Reserve Corp and stepping up on European security. The UK and France will reaffirm their joint leadership of the Coalition of the Willing – a group of over 30 nations working together to coordinate military support for Ukraine in the event of a ceasefire. The CJF structures provide the bedrock for the coalition, enabling allies to operate under UK-French leadership. This will include cooperating further on an integrated missile system to defend Europe. The UK-led DIAMOND initiative will improve NATO’s integrated air and missile defence by ensuring that the different air defence systems across the Alliance operate better and more jointly across the alliance. These new agreements will continue to build on the Government’s first priority of keeping the country safe, which is a foundation of the Plan for Change. (Source: https://www.gov.uk/)

10 Jul 25. Future Offensive Surface Weapon project for the Royal Navy moves ahead. Britain and France have agreed to progress the joint Future Cruise/Anti-Ship Weapon (FC/ASW) programme to the next phase, committing to the Demonstration and Manufacture stage. Named the Future Offensive Surface Weapon (FOSW) by the RN, it will arm the Type 26 and Type 31 frigates. The FC/ASW programme, led by European missile manufacturer MBDA, aims to replace both the UK’s Storm Shadow and France’s SCALP cruise missiles, as well as the Exocet and Harpoon anti-ship missiles. Two distinct missiles are being developed under the programme: the high-supersonic RJ10 variant, intended to defeat moving maritime targets and dense naval defences and the subsonic TP15, optimised for land attack and suppression of enemy air defences. RJ10 is being developed under French leadership as a vertically launched naval missile with ramjet propulsion and high-speed manoeuvrability for complex maritime strike missions (Photo: Navy Lookout).TP15 is a low-observable, high-subsonic air-launched missile (Storm Shadow successor) optimised for penetrating advanced air defence networks and striking hardened targets at long range. The UK is leading the development of this variant (Photo: Navy Lookout). The first prototype of the TP15 missile has already been produced, with extensive radio frequency (RF) signature testing carried out at a dedicated RF testing facility. Meanwhile, exhaustive supersonic wind tunnel trials have been completed on the propulsion system for the RJ10 at MBDA’s site in Bourges. Additional trials conducted on both missile variants include testing of their advanced seekers, warheads and fuzing systems, as well as aerodynamic assessments and further engine evaluations. The capabilities of the missiles is being expanded further with high-value airborne asset (HVAA) interdiction alongside land attack, anti-ship, and suppression/destruction of enemy air defences (SEAD/DEAD). The two nations have set a demanding timeline for the programme. RJ10 entry into service is optimistically slated for 2028, with TP15 in 2030. More than 750 engineers across the UK and France are working on an accelerated schedule to deliver both missiles. The effort will support around 1,300 jobs across both countries It was first confirmed in 2021 that the missile would be integrated with the Type 26 frigate and RJ10 at least will be compatible with the Mk41 VLS system. With Type 31 now also expected to receive Mk 41, FOSW will eventually provide a significant long-range strike capability to both frigate classes. (It may also be fitted to the future Type 83 destroyers.) The Naval Strike Missile is an excellent interim choice for the RN (So far fitted to 3 frigates) but carries a very small warhead. FOSW will restore a heavyweight anti-ship missile to the RN and a ship-launched deep strike capability. Alternative options for RN warships fitted with Mk 41 include the US Navy’s AGM-158C Long Range Anti-Ship Missile (LRASM) or the latest Block V Tomahawk Maritime Strike Tomahawk (MST), but FC/ASW offers a European solution and close industrial alignment with a key defence partner. Italy has now formally joined the effort, paving the way for a possible tri-national missile programme that will become the cornerstone of European conventional missile strike capability into the 2030s. In May, the Secretary of State for Defence visited MBDA factory in Stevenage where he was given a tour of the Storm Shadow production facility. In the meantime, the UK and France have also placed further orders for Storm Shadow/SCLAP cruise missiles. Although the original tranche delivered to the RAF from 2003 is believed to have numbered more than 900, stocks have been depleted as these weapons have been launched by the RAF during operations in Libya, Iraq and Syria and have been supplied to Ukraine. (Source: News Now/https://www.navylookout.com/)

09 Jul 25. Japan hypersonic missiles to address Indo-Pacific threats: GlobalData. Japan’s defensive stance to integrate hypersonic missiles into its defence strategy is aimed at maintaining military balance and will help address growing security concerns in the Indo-Pacific region, according to leading data and analytics company GlobalData. The incorporation of Hyper Velocity Guided Projectile (HVGP) into its military arsenal marks a notable transition and reflects Japan’s response to rapid missile technology developments by China and North Korea. The detailed analysis presented in GlobalData’s “The Global Missiles & Missile Defense Systems Market Forecast 2025-2035” indicates that Japan plans to invest around $14.3bn in missile procurement over a decade, starting from 2025. The nation is expected to allocate about 20% of this expenditure to hypersonic anti-ship and land-attack missiles.

GlobalData aerospace & defence analyst Tushar Mangure said: “The rapid expansion of the People’s Liberation Army Navy (PLAN) fleet, coupled with its intention to operationally deploy six aircraft carrier battle groups for naval power projection in the Indo-Pacific region, also serves as a significant catalyst for Japan’s procurement of hypersonic missiles.

“The HVGP missile system is anticipated to feature terminal phase manoeuvrability and is engineered to evade the defences of China’s aircraft carriers. The system could also serve as a means to neutralize North Korea’s nuclear capabilities, including the ballistic missile launch infrastructure.”

Besides hypersonic weapons, Japan is also bolstering its military space capabilities by merging its air and space forces and pushing forward with new reconnaissance and navigation satellite systems. These intelligence, surveillance, and reconnaissance (ISR) satellites are expected to improve the country’s tracking capabilities for elusive objects beyond the reach of ground-based systems, notes the report. Additionally, these satellites will provide independent targeting data for hypersonic missiles, reducing dependence on foreign satellite networks. Further enhancements include upgrades to Japan’s Quasi-Zenith Satellite System (QZSS), which aims to deliver continuous positioning data to refine the accuracy of hypersonic missiles.

“Considering the swift expansion of China’s naval capabilities and North Korea’s ongoing missile development programme, which now encompasses the advancement of solid-fuelled ballistic missiles, the deployment of HVGP is imperative for safeguarding Japan’s territorial sovereignty,” Mangure added.

The modernisation of Japan’s military capabilities comes amid uncertainties about US support during the Trump administration and reconsideration of US forces’ expansion in Japan, says the report.

This modernisation is deemed essential for Japan to execute long-range precision strikes against land and naval targets autonomously.

“However, the operationalisation of HVGP systems is also anticipated to trigger counter deployment of comparable offensive capabilities, as well as the modernization of air defence systems by Japan’s regional adversaries which will further fuel the arms race in the Indo-Pacific,” Mangure concluded.

As per GlobalData report “Japan Defense Market 2024-2029”, Japan’s defence budget grew at a CAGR of 19.3% from 2020 to 2024 despite economic challenges. In March 2025, Japan requested the sale of HVGP support and related equipment from the US for an estimated cost of $200m. Japan’s Acquisition, Technology and Logistics Agency (ATLA) disclosed that it executed two test flights of a hypersonic glide vehicle in California during March and April 2024. (Source: naval-technology.com)

09 Jul 25. Cuashub.com said today that US Army conducts first live grenade drop using UAS. The U.S. Army successfully conducted its first live grenade drop using a small UAS last week. The test, which took place at the Grafenwoehr Training Area in Germany, involved the Skydio X10D drone equipped with the “Audible” dropper system developed by the U.S. Army Combat Capabilities Development Command (DEVCOM). The operation marked the first time conventional Army forces have deployed a live M67 fragmentation grenade from a drone, signaling a new chapter in U.S. military modernization and precision lethality. The 7th Army Training Command (7ATC) led the multi-unit, multi-component live-fire test, with contributions from the 278th Armored Cavalry Regiment of the Tennessee Army National Guard, currently deployed in support of the Joint Multinational Training Group-Ukraine, as well as local Grafenwoehr-based units including the 173rd Airborne Brigade and 18th Military Police Brigade. The effort was supported by DEVCOM and 1st Army.

“Every technology we test here, every capability we develop, every unit we send out of our training areas more ready – they are not just a European deterrence, but a global deterrence,” said Brig. Gen. Steven P. Carpenter, Commanding General of 7ATC. “7ATC is the U.S. Army’s premiere innovation and modernization training organization.”

Carpenter emphasized the strategic value of experimentation in Europe, calling Grafenwoehr and Hohenfels the best locations for both honing warfighting skills and testing emerging technologies. The live grenade drop is part of a broader set of modernization initiatives under U.S. Army Europe and Africa’s multi-domain experimentation strategy, building on previous work such as Project Shiv.

First-of-its-kind test for U.S. Army forces

The Audible dropper system, mounted on the Skydio X10D, is designed to pull the grenade’s pin mid-flight before release. The team initially rehearsed the operation with inert and M69 training grenades before moving to the live M67.

“Our first test was a success: it was the first live-ordnance drop from a sUAS for the conventional Army,” said Maj. Phillip Draper, Brigade Aviation Officer for JMTG-U. “We were able to conduct the first test very successfully, and we’ll continue with follow-on tests to provide that information to the Army enterprise for further production.”

Draper added that the multi-component team, including active duty, National Guard, and Army civilian personnel, performed multiple dry runs and refinements before attempting the live drop.

“Hopefully we can build on this and make it better, and get those results to the warfighter,” he said. “Making it more readily accessible for every commander to use within the U.S. Army.”

Safety was a central focus throughout the test. German Ministry of Defense approvals were secured, and extensive safety protocols were implemented. These included internal geofencing from Skydio, observation and interception drones, signal-disrupting “drone busters” and strict weather controls. Bundeswehr observers were present to monitor the event. DEVCOM played a key role in both the planning and execution of the test. Despite the time difference, real-time feedback was relayed back to engineers in the United States, allowing immediate integration of tactical insights. Modifications are already underway for future iterations of the Audible system.

“This is revolutionary; Soldiers will utilize this capability in the fight beautifully,” said David Oeschger, Deputy Operations Chief for 7ATC.

Looking ahead, the Army envisions a future where platoons or companies could integrate UAS-delivered munitions into training and combat operations. The potential to 3D print Audible droppers in the field is also being explored to increase battlefield flexibility and self-sufficiency. Later the same day, the 173rd Airborne Brigade conducted a second live drop using an internally developed dropper device, further supported by DEVCOM engineering expertise. The results are contributing to an expanding dataset meant to inform broader Army modernization and capability development.

“We have a strong future of modernization training capabilities here in Bavaria,” Carpenter added. “While this is just an initial test of one capability, the lessons learned here have a rippling effect for informing global defense and building the Eastern Flank Deterrence Line.”

Further live-fire tests using additional drone platforms and dropper configurations are scheduled to continue at Grafenwoehr throughout the summer.

US Army conducts first live grenade drop using UAS

(Source: https://cuashub.com/)

08 Jul 25. Successful 1st MICA Firings Against Very High Altitude Balloons. On 23 June, French defence procurement agency (DGA) and the French Air Force successfully fired two MICA IR missiles from a Rafale and a Mirage 2000 against balloons at altitudes of over 20 km. These unprecedented tests, carried out from Cazaux air base, with the support of French Space Agency CNES, Dassault Aviation and MBDA, demonstrated the feasibility of neutralising this new type of threat, in an increasingly contested area of conflict. MBDA’s role in this operation demonstrates its reactivity in meeting the evolving needs of the French armed forces, as well as its expertise in protecting sovereign territory. MBDA’s teams were central to the successful firings of the MICA interception and air combat missiles by the French Air Force. They shared their extensive knowledge of threats and their mastery of piloting, guidance and navigation chains in complex environments, pushing back any technological constraints to reach altitudes of over 20 km. This success demonstrates MBDA’s commitment to the DGA, the French armed forces and all its partners. This operation is part of a ‘very high altitude’ government strategy, presented by France’s Minister of the Armed Forces, Sébastien Lecornu, at the 2025 Paris Air Show. Very high altitude is defined as the area between the sky and space, at distances of between 20 and 100 km above the Earth. Forces operating in this area are able to protect themselves from threats emanating from this zone, but can also act from it. These layers of the atmosphere are increasingly occupied by threats such as espionage and surveillance solutions, including long-endurance balloons and drones, or hypersonic weapon systems, which challenge air defence systems. As an expert in air defence, in the air and from the ground, MBDA is fully committed to this strategy. MBDA has a complete range of sovereign multi-layer systems to counter these new threats and protect Europe’s skies. In particular, MBDA is developing capabilities to counter hypersonic threats at very high altitudes. The combat-proven ASTER 30 B1 air defence missile, developed in cooperation between France and Italy, already offers an initial response capability against certain hypersonic threats. MBDA is also developing the next version of this missile, the ASTER B1 NT, which will enable armed forces to protect themselves against the most sophisticated future threats, from highly manoeuvrable targets to the most complex hypersonic weapons. It is the future pillar of European air defence, and will be integrated into the new SAMP/T NG land-based air defence system, being designed for the Italian and French armed forces. Finally, through the European HYDIS project, MBDA is also developing an endo-atmospheric interceptor that will defend wide areas against new hypersonic and ballistic threats, by intercepting them directly at very high altitudes. From 2035 onwards, this will guarantee an unprecedented air defence capability for nations to protect their sovereignty. MBDA is a key player in this field, with solutions to defend all areas of conflict, from the battlefield to space, including very high altitudes. (Source: ASD Network)

08 Jul 25. Rheinmetall Squad Support Weapon SSW40 in live firing – first impressions of the firing support weapon. Rheinmetall unveiled its new Squad Support Weapon 40 in live firing for the first time. During a trade press event, representatives from various defence media had the opportunity to experience prototypes of the first automatic magazine-fed shoulder-fired grenade launcher for the new 40 mm x 46 medium velocity ammunition. The SSW40 is designed to bolster the infantry with greater firepower by providing a versatile and at the same time, with a compact weapon. The soldier can handle and operate the weapon in similar fashion to an assault rifle with an operational firing range of up to 900 metres. The SSW40’s airburst capability also makes it suitable for engaging on targets behind cover and for counterattacking drones.

Medium Velocity Ammunition

Medium Velocity (MV) ammunition is more powerful than the long-established 40 mm x 46 Low Velocity (LV) ammunition. As a result, MV ammunition has a higher velocity, a longer range and a longer trajectory. Targets can be engaged at ranges of up to 900 metres. Additionally, the MV ammunition can carry a higher payload, further increasing the versatility of the 40 mm ammunition range – including the option of programmable airburst ammunition. Another advantage is that the SSW40 can fire long ammunition types due to its break barrel capability. The MV ammunition bridges the gap to the 40 mm x 53 High Velocity ammunition range, which can only be fired from crew served automatic grenade launchers.

Easy handling

With an empty weight of around four kilograms, a length of approximately 80 centimetres and ambidextrous operation, the SSW40 is extremely ergonomic. Operating the weapon is quickly comprehendible. The main controls are the combined safety and magazine release switch (a customer request), which can be reached with the thumb or index finger of the shooting hand on both sides. The bolt catch on the top of the receiver, the break barrel switch lever in front of the magazine as well as the cocking mechanism in the shoulder stock can be easily operated with either hand. There is also a disassembly switch at the rear of the receiver for fieldstripping and disassembly of the weapon.

At the shooting range

At the Unterlüß test centre, steel plates were set up at distances of 100, 200, 300 and 500 metres for test firing. Also, a wrecked car set up as a target at 250 metres. Equipped with body armour, helmets, safety goggles and ear protection, the participants first fired a single shot from a 40 mm x 46 low-velocity grenade launcher in order to later be able to better compare it with the SSW40. This was followed by two rounds of four shots with the new weapon. Target Practice Marker-Tracer (TPM-T) ammunition was used in both calibres. Most shooters aimed at the car. But the other targets – including those at 500 metres – also came under fire and were hit. The participants were impressed by the weapon. In terms of ergonomics, it resembled a heavy assault rifle. They also reported unanimously that, despite the higher pressure of the medium-velocity ammunition, there was no difference between the two types of ammunition when firing, thanks to the SSW40’s encapsulated, self-regulating hydropneumatic recoil damping system. An Aimpoint red-dot sight was used for aiming, and the target was easily picked-up. For longer distances, it was at times necessary to slightly adjust the aim in order to hit the target. This was easily achievable for an experienced shooter. The trigger’s well-defined clean break contributed to the weapon’s accuracy. The SSW40 should be fully qualified by the company in the fourth quarter, and the first customer verification is also expected to be completed by the end of the year.

07 Jul 25. Aselsan’s YILDIRIM 100 Successfully Deflects Infrared-guided Missiles. ASELSAN has successfully completed the test of YILDIRIM 100 Directed Infrared Countermeasure (DIRCM) System, deflecting live infrared-guided missiles equipped with warheads. This successful test demonstrated ASELSAN’s unique ability to protect airborne platforms. ASELSAN, Türkiye’s leading defense company, continues to advance the protection of airborne assets with cutting-edge, indigenously developed technologies. With the successful testing of YILDIRIM 100, Türkiye has reached a new level in laser-based countermeasure capabilities, an area mastered by only a handful of nations worldwide. During the test, YILDIRIM 100 demonstrated its ability to neutralize infrared-guided missile threats by directing multi-band laser energy at their seekers. As a mission-ready solution for modern air combat environments, YILDIRIM 100 will act as a force multiplier on the battlefield with low power consumption and high operational availability. Capable of detecting, tracking, and neutralizing multiple threats simultaneously, YILDIRIM 100 system uses multi-band laser technology to jam and dazzle the seekers of infrared-guided missiles, ensuring effective self-protection for rotary and fixed-wing aircraft. Its dual-turret design, advanced sensors, and integrated control unit enable fast, synchronized responses and flawless communication with missile warning systems. Fully compatible with various platforms, YILDIRIM 100 is optimized to counter both current and emerging missile threats.

Commenting on the achievement, ASELSAN President & CEO Ahmet Akyol stated: “With the successful test of YILDIRIM 100, we take great pride in advancing our country’s air defense capabilities to the level of the world’s leading nations. As we celebrate ASELSAN’s 50th anniversary, this achievement reflects the strength of our indigenous technological excellence and our unwavering commitment to innovation. We will continue to develop game-changing systems that meet the evolving requirements of the modern battlefield.” (Source: ASD Network)

07 Jul 25. Switzerland, Germany sign for IRIS-T SLM purchase under ESSI. The Federal Office for Defence Procurement plans to buy five IRIS-T SLM systems for GBAD MR. The agreement was formalised by Swiss National Armaments director Urs Loher and Germany national armaments director vice admiral Carsten Stawitzki. This agreement was sanctioned by the Swiss Federal Council on 20 June 2025, paving the way for the procurement contract concerning the defence systems. The Federal Office for Defence Procurement, armasuisse, plans to acquire five IRIS-T SLM systems for GBAD MR. The “GBAD MR” is a procurement project in modernising the Swiss Armed Forces’ anti-aircraft capabilities. Negotiations with Diehl Defence are nearing conclusion, with the contract signing anticipated in the summer of 2025. By engaging in this joint procurement effort, Switzerland stands to gain from cost reductions and enhanced system interoperability. A funding allocation of SFr660m ($830.27m) for the acquisition of these systems was authorised as part of Switzerland’s 2024 armament programme. The GBAD system is part of the Integrated within air defence, designed to address aerial threats across multiple ranges and altitudes. The GBAD MR specifically enhances defence in lower to upper airspace at medium distances, aiming to improve integrated air defence autonomy and restore geospatial cruise missile defence capabilities. The ESSI facilitates joint procurement efforts among participating countries, leveraging economies of scale and enhancing interoperability. Switzerland’s participation in this programme agreement and subsequent procurement via the German Federal Ministry of Defence is consistent with its neutrality law obligations. The nation retains full autonomy over the operation and deployment of these systems without any commitment to integrate them into Germany’s or Nato’s air or missile defence systems. Launched by Germany in 2022, the ESSI aims to strengthen air defence across Europe by streamlining procurement processes and fostering collaborative efforts. Switzerland became a member of this initiative in October 2024. It addresses a capability gap against stand-off weapons and complements long-range ground-based air defences like the Patriot system. (Source: airforce-technology.com)

07 Jul 25. US Army’s PrSM Increment 1 moves into P&D with Milestone C. PrSM Increment 1 is set to supplant the existing Army Tactical Missile System.. The US Army’s Precision Strike Missile Increment 1 (PrSM Increment 1) programme is progressing into the production and deployment (P&D) phase after securing Milestone C approval on 2 July 2025. This programme aims to counteract enemy anti-access and area denial capabilities by engaging targets beyond 400km. It marks a ‘significant enhancement’ in the Army’s capacity for long-range precision strikes. The PrSM Increment 1 is set to supplant the existing Army Tactical Missile System (ATACMS), a conventional surface-to-surface artillery weapon system. It will provide the US Army field artillery units with extended range and increased destructive power, enabling them to carry out deep strikes against high-value targets and gain superior control on the battlefield. Program Executive Officer Missiles and Space major general Frank Lozano said: “This Milestone C decision is a testament to the hard work and dedication of the entire PrSM team.

“PrSM will provide our soldiers with a critical capability to engage and defeat threats at extended ranges, enhancing our ability to deter aggression and protect our national security.”

In March 2025, defence contractor Lockheed Martin secured an indefinite delivery indefinite quantity contract from the US Army, with a potential value of $4.94bn, for the production of PrSMs. The contract outlines a procurement timeline spanning from 2025 to 2029, during which the Army intends to acquire 1,296 PrSM missiles. In April 2025, the US Army and Lockheed Martin successfully executed a short-range production qualification test launch of the PrSM from an M270A2 Multiple Launch Rocket System (MLRS) launcher at White Sands Missile Range in New Mexico. The PrSM Increment 1 is designed for compatibility with both existing High Mobility Artillery Rocket System (HIMARS) and MLRS platforms. The HIMARS can carry various munitions configurations including a six-pack of GMLRS rockets, two PrSMs, or one ATACMS missile, allowing for flexible deployment options across the MLRS munitions family. (Source: army-technology.com)

07 Jul 25. DragonFire laser weapon fired over 300 shots in recent test. The system downed 30 drone targets, conducted high power firing in the rain, with improvements on targeting and tracking. The DragonFire directed energy weapon (DEW) system fired more than 300 shots in a recent test, “proving [its] consistency and reliability” according to the UK Minister for Defence Procurement and Industry, Maria Eagle, in a parliamentary written statement at the end of June. Naval Technology learned that this recent trial took place between March and June this year. The system – developed by a consortium comprising MBDA UK, Leonardo UK, QinetiQ, and Dstl – is said to have downed 30 drone targets, conducted high power firing in the rain, with serials focused on improving the targeting and tracking capability.

“These trials generate vital evidence and learning needed to improve and adapt these systems, and… will bring DEW systems into service quickly,” Eagle added.

Laser weapon systems respond to new threats centred around drones. The proliferation of low-cost armed small-uncrewed aerial systems and drone-swarming tactics have advanced the development of laser-based counter-uncrewed aerial systems (C-UAS), according to GlobalData’s ‘Directed Energy Weapons’ (2023) report. While this threat permeates all conventional military domains, the Royal Navy plans to integrate DragonFire as a C-UAS secondary armament, or close-in weapon system (CIWS), on all six Type 45 destroyers by 2027. This will bring laser technology to the Navy five years faster than expected, according to an earlier statement from Eagle. Furthermore, the government has added to its nvetsment in the emerging capability with an extra £1bn investment in DEW systems as part of the Strategic Defence Review last month. In January 2024, test firings had first proved the success DragonFire at the MoD Hebrides Range in Scotland. This capability will be a major asset in an increasingly layered defensive system on British destroyers in addition to other new systems such as the 24-silo Sea Ceptor missile defence system. All of this will be enabled by the Navy’s Power Improvement Project (PIP) modernisation, replacing two extant diesel engines with three larger units, which would include an additional diesel generator and the modification of the high voltage system on each vessel. Utilising a novel hybrid electric drive system, the Type 45s have been beset by technical difficulties, with numerous instances of the vessels suffering electrical problems or even loss of power, particularly when operating in hot and humid temperatures such as found in the Middle East. All six Type 45 destroyers will have completed the PIP by 2028. (Source: naval-technology.com)

08 Jul 25. Raytheon, an RTX (NYSE: RTX) business, has successfully demonstrated its Barracuda mine neutralization vehicle in an untethered, semi-autonomous operation for the first time during recent open water testing in Narragansett Bay. During the demonstration, Raytheon’s Barracuda proved its ability to autonomously navigate, communicate, detect and identify targets, and operate independently underwater.

“This recent testing demonstrates the significant strides we’ve made in advancing mine countermeasure technology,” said Barbara Borgonovi, president of Naval Power at Raytheon. “Barracuda’s capabilities will dramatically improve safety and efficiency for the U.S. Navy, keeping sailors out of harm’s way while effectively addressing underwater threats.”

Barracuda is the newest U.S. Navy program of record for mine neutralization. It is the first untethered, semi-autonomous mine neutralization system capable of tracking and identifying bottom, volume and near-surface mines with man-in-the-loop delivering a final decision for neutralization. The program started in research and development within Raytheon’s Advanced Technology business segment – a group of innovators that matures technologies that are incorporated into Raytheon products including franchise programs such as LTAMDS and SPY-6. In line with the Navy’s acquisition plan, Raytheon’s Barracuda is on track to achieve initial operational capability and low-rate initial production by 2030. In addition to executing mine neutralization missions, the company is investing in developing a larger and more advanced variant to meet different mission sets such as subsea and seabed warfare. (Source: PR Newswire)

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MISSILE, ARTILLERY, HYPERSONICS AND SOLDIER SYSTEMS UPDATE

MISSILE, ARTILLERY, HYPERSONICS, BALLISTICS AND SOLDIER SYSTEMS UPDATE

MISSILE, ARTILLERY, HYPERSONICS, BALLISTICS AND SOLDIER SYSTEMS UPDATE

MISSILE, ARTILLERY, HYPERSONICS, BALLISTICS AND SOLDIER SYSTEMS UPDATE

MISSILE, ARTILLERY, HYPERSONICS, BALLISTICS AND SOLDIER SYSTEMS UPDATE

MISSILE, ARTILLERY, HYPERSONICS, BALLISTICS AND SOLDIER SYSTEMS UPDATE

MISSILE, ARTILLERY, HYPERSONICS, BALLISTICS AND SOLDIER SYSTEMS UPDATE

MISSILE, ARTILLERY, HYPERSONICS, BALLISTICS AND SOLDIER SYSTEMS UPDATE

MISSILE, ARTILLERY, HYPERSONICS AND SOLDIER SYSTEMS UPDATE

Protek Selected By Dutch Armed Forces

PARLIAMENTARY QUESTIONS

MANAGEMENT ON THE MOVE