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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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About Galvion:
Galvion designs, develops, and delivers mission critical head, face, and torso protective solutions as well as intelligent power and data management systems for the world’s most demanding military and tactical teams. Founded in 2002 as Revision Military, a foundational belief in calculated investment and capability expansion led to a strategic refocus, resulting in the divestiture of the protective eyewear business, along with the Revision name, in 2019. Rebranded as Galvion, the company’s products and technology continue to evolve beyond purely passive protection, focusing instead on active systems that enhance performance and survivability, with an eye to the ever-changing demands of the modern battlefield. Through advanced design, keen end-user insight and intelligent integration, Galvion engineers uniquely customized solutions that go beyond what was once thought possible.
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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