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 Conventional manned platforms and outdated targeting systems place personnel at risk and lack the range, flexibility, and survivability needed, particularly in anti-access/area-denial (A2/AD)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.
(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)
———————————————————————————————————————————————————————————————————————————————————————————————————————————–
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.
———————————————————————————————————————————————————————————————————————————————————————————————————————————