DSEI UK 2025 TRI-SERVICES SHOW REPORT

DSEI UK 2025 SHOW REPORT

In its 26th Year, Defence & Security Equipment International (DSEI) 2025 was held from 9th to 12th September 2025 at ExCel in London, bringing together senior international trade and military experts from across the entire Global Supply Chain, with an increase in latest technological content. Featuring over 2,800 Defence and Security Suppliers & above 1,750 Exhibitors at DSEI UK 2025, with specialised Air, Naval, Land, Security, and Joint Zones, and dedicated Conference Seminar Theatres, which held educational sessions & presentations, with as many as 32 International Pavilions having a wide range of displays of International Defence Platforms, Systems & Equipment.

DSEI UK 2025 TRI-SERVICES SHOW REPORT

DSEI UK 2025 held Live Waterborne & Unmanned Systems Demonstrations & Static Displays for Land, Air & Naval Forces, with some Visiting International Naval Warships on the Dockside. DSEI UK 2025, the 14th Edition, delivered on its promise with the presence of numerous Defence & Security Companies, which exhibited the latest Platforms, Equipment & Systems for all 3 Defence Forces, Security & Special Forces. There were two INDIA Pavilions.

The world’s most comprehensive display of International Technology for Cutting-Edge Defence and Security Capabilities was held in London. Defence and Security Equipment International (DSEI) 2025, the leading integrated event for Aerospace, Land, Maritime, Security and Joint Capabilities, was held from 9th to 12th September 2025. The Tri-Services Defence event provided an unique platform for the Global Defence and Security community to do business, network, while presenting insights from a selection of Senior Military Speakers.

DSEI UK 2025 connected Governments, National Armed Forces, Industry thought leaders and the entire Defence & Security Supply Chain on a global scale. With a range of valuable opportunities for Networking, a platform for business, access to relevant content & live-action demonstrations, the DSEI community strengthened relationships, shared knowledge and engaged in the latest capabilities across the exhibition’s Aerospace, Land, Naval, Security & Joint Zones.

DSEI UK 2025 was by far the largest ever and most significant edition in its 26-year history with the largest presence of exhibiting companies and International Pavilions ever, which came from all over the world. This edition witnessed an even bigger shift in focus towards non-traditional Defence Products, indicating the changing landscape of the industry. The three major areas which gained traction were Uncrewed/Unmanned & Autonomous Systems, Information Technology/AI and Electronic Warfare Systems. These sectors pave the way for the Future of Defence, embracing Innovation, and driving Digital Transformation & Networking.

The core Domains of Aerospace, Land, Naval, and Joint continued to be at the heart of DSEI. There was a significant increase in the interest in emerging fields: Future Technology, Space, and Manufacturing. These areas have become increasingly vital in shaping the Defence Sector's future, and featured prominently at DSEI UK 2025.

DSEI UK 2025, was the most significant and largest iteration of the show, tackled the theme of ‘Achieving an Integrated Force’. Highlighting the pertinence of integrating across the five Operational Domains of Air, Cyber, Electromagnetic Activities (CEMA), Land, Sea and Space.

DSEI UK 2025 housed over 1,750 exhibitors with more than 50,000 visitors attending over the four days. The Tech Zone was the fastest growing sector for DSEI with 101 companies displaying. Amazon Web Services (AWS) was one of the headlining exhibitors, appearing at DSEI for the first time. 42% of were new exhibitors/sponsors, showing DSEI was a draw for technology and non - traditional defence companies. 32 countries were represented through the International Pavilions programme, Czechia and Luxembourg were new this time around. Lithuania had doubled its presence in terms of square metres, proving DSEI is seen as increasingly important. Largest International Pavilions were: North America, Germany and Italy.

Aerospace Zone was supported by the Royal Air Force, Land Zone was supported by the British Army, Naval Zone was supported by the Royal Navy, with Visiting Warships alongside, Tech Zone was supported by the National Armaments Director Group, and Cyber and Specialist Operations Command, Medical Zone was supported by Defence Medical Services, and  Manufacturing Zone was supported by Make UK Defence.

The Future of Defence at DSEI UK 2025
Technology is evolving at an unprecedented pace, and the Defence Sector must evolve with it. From Autonomous Systems to Digital Transformation, the pace of innovation is reshaping the global defence landscape. Talent acquisition and training are among the most urgent challenges. The growing demand for specialised expertise is widening the gap between innovation and capability. 

DSEI UK 2025 was where the global defence community came together to close that gap, and tackle broader strategic priorities, including: Identifying and driving innovation, Entering and understanding the new market, Agile procurement, Digital Transformation, etc.

DSEI UK 2025 offered a prime opportunity to meet leading defence figures, including the UK Ministry of Defence, senior decision-makers, and procurement professionals from over 90 countries.

All operating domains were covered to explore innovations from 32 International Pavilions and 1,750+ exhibitors across Aerospace, Land, Medical, Space, Naval, Manufacturing, and Tech Zones.

The expanded Tech Zone was good to discover mission-critical technologies advancing force readiness, from AI and Cyber Security to cloud infrastructure and Secure Communications for Multi-Domain Command and Control.
Insight-led Forums featured panel discussions, providing the opportunity to hear from senior defence leaders on current strategies, policies, and capabilities from NATO and its Allies.

Dockside activities included experiencing Live Waterborne Demos, board Naval Vessels, and see state-of-the-art Surface and Sub-Surface Platforms up close at the vast Dockside.

Smarter Networking: MeetMe, DSEI UK’s official digital networking solution, was available to all attendees to connect with decision-makers, industry peers, and partners before and during the event. 

From Live Demonstrations and hands-on experiences to insights into the latest Defence Technologies, attendees gained exposure to innovations across all domains. These interactions had meaningful conversations that drive collaboration and accelerate business growth.

32 International Pavilions
In today’s rapidly changing world, collaboration between Partner Nations is more important than ever before. The International Pavilions at DSEI UK 2025 brought together representation from over 32 Nations, creating a powerful platform for strategic engagement, innovation, and global cooperation. These Pavilions were more than exhibit spaces. They were knowledge hubs, which offered access to export-ready technologies, International Government representatives, and in-depth briefings on national capabilities, market trends, and Original Equipment Manufacturer (OEM) partnership opportunities.

With growing international efforts to strengthen defence ties, such as NATO’s recent initiatives on raw materials, pooled aircraft, and expanding cooperation with countries like Denmark, Sweden, and Australia, DSEI UK 2025 was where international defence collaborations took shape, or was enhanced.

Defence and Security Equipment International (DSEI) Exhibition and Conference was a key enabler for Strategic Cooperation among leading players on the global stage. Senior Military representatives from countries such as USA, France, Italy, Germany, Australia and Canada joined all four UK Service Chiefs in the Seminars Programme, providing an opportunity for visitors to learn directly from the world’s leading powers. DSEI also welcomed numerous International Delegations including VIP representation from the Middle and Far East, where new opportunities are developing in maturing Defence Forces.

The DSEI 2025 Exhibition Floor played host to 32 International Pavilions, each of which provided a regional hub of Defence & Security ingenuity. Providing a point of access to lucrative Defence markets, DSEI hosted the following countries in dedicated Pavilions: Australia, Austria, Belgium, Brazil, Canada, Estonia, Finland, France, Germany, India, Israel, Italy, Norway, Poland, South Korea, Spain, Sweden, Switzerland, Turkey, UAE, UK & USA, besides others. The UK Pavilion, hosted by ADS, was the largest Pavilion at DSEI 2025.

British Defence Innovation at MoD’s Showcase
Led by the UK Ministry of Defence’s Defence Exports Office, the UK Capability Showcase at DSEI UK 2025 offered a unique opportunity to engage with the UK’s most advanced Defence Technologies and export-ready solutions. The showcase brought together over 30of the UK’s leading defence companies, providing a dynamic space to explore cutting-edge equipment, connect with Government and Industry experts, and gain insight into the Future of Defence.
Whether seeking new partnerships, sourcing innovation, or tracking emerging trends, at DSEI 2025 one could have met the UK Government Team and experience the forefront of UK Defence Exports. 

DSEI UK 2025 Forums:
“Preparing the Future Force”
Centred on the theme “Preparing the Future Force”, this year’s programme brought together international thought leaders to explore current strategic-level challenges facing the Defence Industry around three critical sub-themes:
Securing Advantage:  Agile Acquisition and  Supply Chain Security; Driving advantage: Digital Transformation as a Force Multiplier; Maintaining advantage: Workforce activation and talent acquisition. Each day of the event featured a keynote address, followed by a 90-minute Frontline Command Session in each Forum Theatre: UK StratCom, Aerospace, Land, Naval, and Space. These Sessions set the tone for the day, providing high-level insight into operational priorities, capability development, and emerging challenges.

The Forums directly aligned with the UK’s Strategic Defence Review (June 2025), which emphasised that evolving the relationship with industry is vital for supporting innovation and the Future Force.

At the NATO Summit, a raft of new strategies were announced, aimed at improving Member States’ relationship with industry to ensure strategic advantage and facilitate agile acquisition. The newly appointed National Armaments Director (NAD) Group made their DSEI UK debut, marking a key milestone at the show.

Visitors were able to see outstanding displays of Military Capabilities, including representation from the Global Combat Air Programme (GCAP), few warships from the UK and visiting Nations, and numerous Land Vehicles displays and aircraft from the highest calibre of exhibitors.

Latest Defence & Security Capabilities Display
DSEI UK 2025 together hosted more than 1,750 Defence and Security Suppliers exhibiting – including all the major Defence Industry players such as BAE Systems, General Dynamics UK, Lockheed Martin UK, Northrop Grumman, MBDA, etc. The show floor was also full of Innovative MSMEs looking to highlight their capabilities and make important business contacts to support their growth.

Efficient Inter-Force Collaboration and what it means for current and future platforms was at the forefront of this year’s DSEI topics. Modern day challenges have become more complex requiring ever more holistic solutions, and DSEI served as a forum for discussions on Integrated Solutions. DSEI UK 2025 Themed Zones included Aerospace, Land, Naval, Security, and Joint, with all of the UK’s Armed Forces featuring capability stands across the exhibition floor.

DSEI UK 2025 also had the Space Hub highlighting the growing importance of the Space Sector exemplified with UK Space Command’s presence. Other hubs also included Manufacturing, which highlighted the latest industrial developments, and Medical, which exhibited the latest advances in the field. Participants in this prestigious event, had the unique opportunity to be a part of the cutting-edge advancements and breakthroughs that define the Future of Defence, providing them this unparalleled chance to engage with industry leaders, connect with Innovative Suppliers, and expand networking. DSEI UK 2025 again hosted the world’s largest gathering of the Defence and Security community, further having dedicated Pavilions on Future Tech, Manufacturing, Medical & Space as well.

Latest Innovations In Defence
The DSEI UK 2025 experience included a carefully curated Content Programme, tailored to keep the attendees at the forefront of cutting-edge technology and Government Strategies. Led by subject matter experts who pioneer the Defence and Security Industry, the Content Sessions offered invaluable insights that shape development strategies, forge new partnerships, and identify key investment areas.

With 6 Forums providing content across four days, the DSEI Forums served as the ultimate destination for gaining unparalleled insights. Visitors discovered the latest trends, innovations, and best practices that drive success in the industry. The significance of networking in today's fast-paced and fiercely competitive landscape, was at the core of everything at DSEI UK 2025.

Land, Sea & Air Capabilities Showcase
The need for Military and Security Forces around the world to procure the Platforms, Systems and Equipment that meet operational and budgetary imperatives were highlighted at DSEI UK 2025. Reflecting DSEI's status as a premier forum for international co-operation and thought leadership, where Senior Military Commanders shared their views on how doctrines and capabilities must be shaped to meet the demands of an uncertain future. The British MoD and Armed Forces also had a prominent presence at DSEI.

DSEI UK 2025 featured a strong Defence offering, with exhibitors including Lockheed Martin, Leonardo, Babcock, BAE Systems, General Dynamics, Kongsberg, L3Harris, MBDA, KNDS, IAI, Rafael, Rheinmetall, Rolls-Royce, RTX, SAAB, Thales, Elbit Systems, Navantia, Naval Group, Qinetiq, TKMS, Ultra, etc.

Security has become firmly established as the fourth pillar of DSEI. The event also focussed on critical areas of Security, such as Biometrics, Cyber Warfare, CBRN and Counter Terrorism, etc. There were also many Security and Special Forces exhibits with briefings by leading experts, besides some Capability Demonstrations.

Land Systems Dominate Displays
The Land Systems Displays at DSEI UK 2025 had many prime contractors and Small and Medium-sized Enterprises representing responsible Nations with Defence and Security Industries. Exhibiting companies in the Land Zone and around the exhibition halls, included Avon Protection, BAE Systems, General Dynamics UK, Lockheed Martin, Kongsberg, MBDA, KNDS, Patria, Rafael, RTX, Rheinmetall, Saab, Thales, Elbit Systems, etc.

DSEI is the leading event, which enabled visitors to access the entire Land Systems Supply Chain, while the dedicated Land Zone provided even more suppliers and content, with many examples of innovative products and solutions, including a Static Vehicle Display Area, which featured the latest equipment, demonstrating the latest capabilities from major Vehicle Manufacturers in Defence.

LAND ZONE
The Land Zone for DSEI UK 2025 featured dedicated showcases. The Seminar Programme featured topical presentations and debates delivered by thought-leaders from International Military, Government and Industry. DSEI’s offering to the Land Sector was further strengthened by the Land Capability Presentations delivered by the British Army and exhibitors. The Conference focussed on  Land Systems, Robotics & Autonomous Systems in the Land Environment.
Land exhibitors displayed products from about 150 categories including: Armour Systems & Materials, Armoured Vehicles, Artillery, Body Armour, Counter-Measures, EOD, Counter-IED, IEDD, Bomb Disposal, Facilities Security, Firearms, Fuel Cells & Systems, Intelligence Gathering, Logistics & Integrated Logistics Support, Reconnaissance Systems, Shelters, Unmanned Ground Vehicles, Weapons & Weapon Systems, Missiles & LMs, etc.

Future of Land Defence
The Land Zone at DSEI 2025 was the cornerstone of the event that spotlighted the latest advancements in Land Defence. This dedicated area, supported by the British Army, showcased cutting-edge Vehicles, Weapons, Ammunition, Armour and Equipment from global innovators. A visit to the Land Zone provided an unrivalled opportunity to engage directly with the British Army, meet industry-leading exhibitors and connect with a wide network of suppliers and partners.

The war in Ukraine has increased the urgency of modernising UK’s Land Forces, ensuring that Combined Arms Warfare can be fought effectively. This is not all about mere platforms or numbers of Soldiers, but includes strengthened stockpiles, true readiness and a resilience in the Supply Chain that will allow for a sustained use of force. The British Army’s response to these challenges were on full display at DSEI. The British Army focussed on the Land Operating Concept and being a net contributor to the Multi-Domain Enterprise.

The Static Display Vehicles at DSEI included: Mercedes' Zetros 2245, Boxer, 4 x General Dynamics AJAX, Supacat's WOLFRAM, Watchkeeper UAS, General Dynamics ARES, Saab's SkySabre Air Defence, Thales' GM200 Radar System, Mercedes’ Derman 8x8 Truck, Babcock's GSUP Toyota Land Cruiser Double Cab, NP Aerospace Infantry Vehicle, etc.

Direct Engagement with the British Army: The Land Zone was supported by the British Army. It offered an unique opportunity to engage directly with them, enabling discussions and potential collaborations.  Attendees had the chance to connect with a broad network of suppliers and partners in the Defence Industry, facilitating business growth and innovation. DSEI 2025 provided extensive visibility to lower tier participants, from firearms specialists to Original Equipment Manufacturers (OEMs), offering an opportunity to understand their capabilities. This is the ideal platform to interact with major OEMs, opening doors for potential partnerships and business deals.

The Land Forum offered thought-provoking sessions, allowing one to gain vital insights into emerging trends and technologies. DSEI's world-class programme highlighted thought leaders from Military, Government and Industry across the globe as they outlined their greatest challenges, requirements and the ground-breaking developments being proposed in an increasingly contested and challenged world stage, with industry insights and delving into the present and future requirements of the Front Line Commands.

Aerospace in Prominence
DSEI UK 2025 featured a strong Aerospace offering, comprising Fixed, Rotary-Wing, and Uncrewed/Unmanned & Autononous Air Platforms. Emphasising the importance of DSEI as a premier Aerospace Forum, DSEI also hosted presentations by top level UK and overseas Senior Air Officers. Leading Aerospace Companies exhibiting included: BAE Systems, General Dynamics, L3Harris, Leonardo, Lockheed Martin, MBDA, IAI, Rafael, Rolls-Royce, Saab and Thales. The platforms on display included Military Helicopters, UAVs, and the BAE Systems’ GCAP/Tempest Mock-Up, with the entire range of MBDA’s Next-Generation Missiles on display. The dedicated Air Zone, one of the popular attractions of DSEI, included a Capability Area dedicated to the Aerospace Supply Chain. The zone also hosted a comprehensive Seminar Programme reinforcing the core themes of Capability Development, Delivery and Operations.

AEROSPACE ZONE
The popular Aerospace Zone was supported by the Royal Air Force and Joint Helicopter Command and included a Capability Area dedicated to the Aerospace Supply Chain. With an array of Static Displays, as well as some Rotary Assets operating in the Maritime Domain, DSEI UK 2025 was a must-attend event for the entire Aerospace Sector. The Air Capability Presentations examined the Next-Generation of Air Capabilities for the Future. 

Aerospace Sector exhibitors displayed products from over 100 categories including: Actuators, Aircraft Components, Airfields, Airframes, Artificial Intelligence, Avionics, Composites, Electric Motors, Fibre Optics, Flight Simulators, Head-Up Displays (HUDs), Helicopters, Missiles, LMs, Navigation, Stealth Tech, Training and UAVs.

The Future of Aerospace
The dynamic world of Aerospace at DSEI UK 2025, the Aerospace Zone offered the latest advancements and strategic opportunities in the Defence and Security Sector. With the active participation of the Royal Air Force and leading manufacturers Boeing and Airbus, the Aerospace Zone was a nexus of pioneering innovation and opportunity. The Aerospace Zone was the vanguard of Airborne Military Capabilities. One experienced firsthand the future of Combat Air Strategy, where Manned, Unmanned and Space Capabilities converge.

The Aerospace Zone demonstrated the strength of strategic collaborations in addressing global security challenges. Significant Defence Budget increases from countries like India, Japan and the entire European Countries, and the launch of the Tri-Nation GCAP, are testament to the potential of these alliances. One could discover these partnerships bridging capability gaps and paving the way for new advancements in the industry.

Unmanned Aerial Vehicles & Loitering Munitions: There were extensive Unmanned Aerial Vehicle (UAV) & LM Capabilities exhibited. Since Russia’s invasion of Ukraine in February 2022, UAVs & LMs have been in the spotlight both in terms of increased usage in warfare and the development of new UAV Capabilities. Many Large HALE, MALE, Small & Micro UAS were displayed, with LMs range.

At the Aerospace Forum, one had the chance to delve into pressing issues shaping the future of Aerospace, ranging from agile acquisition and rapid delivery to technological innovation and sustainability, besides engaging with leading experts from the Forces & Industry. From understanding the changing nature of conflict and threats to exploring how to meet the challenges, the Aerospace Forum was an essential platform for gaining a competitive-edge in the Defence Sector.

Integration at a national level across the Frontline Commands is essential for Multi-Domain Operations. The most effective Fighting Forces are those who can integrate best across all environments.  But its more than that – it includes integration from Supply Chains, MSMEs and large prime contractors, in company with the UK Government - and all set in an international context.

The whole Aerospace Domain played a prevalent part in DSEI 2025, but it always works best when it’s connected with other domains for a joined-up approach. DSEI was a key learning platform and a way to bring together people from different branches of the Military to share best practices and discuss ideas. The UK Ministry of Defence and the British Army, Royal Navy, Royal Air Force and UK Strategic Command are working to integrate at all levels and across.

In-depth Understanding of Aerospace Innovations gave insights into the latest advancements in Manned, Uncrewed/Unmanned, and Space Capabilities. This exposure enhances ones knowledge and could inspire innovative ideas for projects or operations. One had Networking Opportunities to connect with other professionals, thought leaders, and innovators in the Aerospace Industry.

The Aerospace Zone served as a valuable networking platform, opening doors to new partnerships, collaborations, and business opportunities. Comprehensive Aerospace Supply Chain, providing valuable insights into the processes, technologies, and collaborations driving the industry.

By participating in the Aerospace Forum one could understand the Global Defence Dynamics, including the changing nature of conflict and threats, the role of strategic collaborations, and the implications of increased Defence Budgets.

NAVAL ZONE
The DSEI Naval Zone was a dedicated Naval Exhibits Zone at DSEI UK 2025, which incorporated about 65 specialist Naval exhibitors, and was fully supported by the First Sea Lord and Royal Navy. The Naval Zone was one of DSEI’s strengths with about 16 Nations represented. It's a popular draw for the Maritime Sector with its unique Dockside positioning at ExCeL, London. It provided the DSEI visitors with unrivalled networking opportunities, insights from key decision makers and the opportunity to see first-hand the Industry’s latest Warships & Vessels up close, with Interactive Presentations and Waterborne Demonstrations.

Naval exhibitors displayed products from  over 100 categories including: Amphibious Craft, Antenna, Mast & Towers, Anti-Submarine Warfare Capabilities, Counter-Measures, Electronic Warfare, Engineering, Gas Turbines, Helicopters, Hovercrafts, Life Rafts & Rescue Boats, Maintenance Repair & Overhaul, Maritime Security & Force Protection, Missiles, Navigation & Position Fixing, Patrol Craft, Propulsion Systems, Radar, Shipbuilding, Repair & Construction, Submarines & Submersibles, Torpedoes, Autonomous Underwater Systems, Unmanned Surface Vessels, Autonomous Underwater Vehicles, Warships, Support Vessels, etc.

The Dockside location of DSEI enabled the programme of Live-action Waterborne Exercises from Specialised Maritime Vessels, demonstrating the latest developments in Maritime Capabilities. Moored at the Dockside adjacent to the Exhibition Halls were some Naval Capabilities, including a Air Defence Frigate, MCM, Patrol Vessels, amongst the Naval Warships of International Navies & Royal Navy.

Future of Maritime Defence
The Naval Zone at DSEI UK 2025 was a crucial cornerstone of the event that spotlighted the latest advancements in Maritime Defence. This dedicated area was supported by the First Sea Lord and the Royal Navy, showcasing cutting-edge Vessels, Craft, Weapons, Sensors and Equipment from global innovators. A visit to the Naval Zone provided an unrivalled opportunity to engage directly with the Royal Navy, meet industry-leading exhibitors including Navantia, Naval Group, TKMS, Thales, JFD, MSI and Atlas Elektronik, etc. and connect with a vast network of Suppliers and Partners. Visitors could interact and view cutting-edge Vessels and Maritime Technology up close in the unique Dockside setting, which featured Maritime Capabilities and International Warships, and meet about 65 Naval-specific companies and VIP Military and Government Delegations from many countries.

The Naval Forum offered thought-provoking sessions, allowing one to gain vital insights into emerging trends and technologies, including world-class Speakers. By visiting the Naval Zone, one was not only immersed in the heart of Naval Defence Innovation, but also signified the potential for a strong partnership with the Royal Navy. 

Visiting Warships
DSEI UK 2025 hosted four Visiting Warships at this year’s exhibition. Berthed at the Dockside, HMS EXAMPLE, is one of 16 Archer-Class Patrol Boats operating within the Royal Navy’s Coastal Forces Squadron. Over the last year, HMS EXAMPLE has participated in multi-national NATO Exercises in the Baltic Sea, autonomous Mine Warfare taking, amphibious operations on the west coast of Scotland and ceremonial services in France.

HMS MERSEY is a Batch 1 River-Class Offshore Patrol Vessel, operated by a dedicated Ship’s Company of around 50 personnel under the Command of Lt. Commander Daniel Wardle. She plays a key role in the UK’s Maritime Security, delivering presence, reassurance and operational effect around the clock. Due to the recent high levels of silt in a section of the River Thames, HMS Iron Duke was replaced with HMS Mersey. Iron Duke remains on regular tasking.

FGS Sachsen is the first of class of German Navy’s SACHSEN Class of Air Defence Frigates. Commissioned in 2004, she is equipped with the Advanced Multi-Function Radar APAR and the Long-Range Air Surveillance Radar SMART-L. With her Mk41 Vertical Launch System, she is able to provide three layers of Air Defence Missiles (SM2, ESSM, RAM) in addition to a broad range of weaponry in all domains. She recently finished her work-up period, culminating in her successful participation at Operational Sea Training in Plymouth. Now, she is ready for national or NATO deployments ranging from constabulary to high intensity operations.

BNS Pollux is part of the Belgian Navy contribution to the Belgian Coast Guard structure. She mainly operates in the Belgian Exclusive Economic Zone (EEZ) and can be deployed in Europe. The vessel is engaged in non-NATO monitoring operations and with other contributors to the Coast Guard structure, BNS Pollux conducts the following tasks: fishery and customs inspection, anti-pollution operations, MARPOL inspections and Search and Rescue operations at sea.

Waterborne Demonstrations
The 2025 Waterborne Demonstrations took place daily at the DSEI UK Dock Edge at the South Gallery. Key waterborne demonstrations held included: the L3Harris Shadow Fox high-speed, multi-purpose Autonomous Surface Vehicle, which is capable of operating beyond-line-of-sight for extended periods of time. From the UK, ACUA Ocean’s USV Pioneer provided the space, weight, and power to safely deploy Sensor and System Payloads of up to 6.5 tonnes in up to 4m wave heights. Representing Latvia, VIC TEC showcased its Autonomous Naval Solutions that promise to enhance and support military operations through its Unmanned Surface Vehicles equipped with Torpedo Launch and Air Defence Systems.

JOINT ZONE
DSEI also had a Joint Zone with a plethora of products from exhibitors within the following sectors: C4ISTAR, Communications, DIO, Electronic Warfare, Joint Enablers, Logistics, Medical, Robotics & Telemedicine. Warfare in the Joint Space is undergoing necessary and rapid transformation in response to the changing strategic environment. The Modern Forces structure of Joint Enablers has brought about a new approach to Hybrid Warfare and operational optimisation, altering the way in which Information and Intelligence is exploited to enable a more efficient and capable force.

The Power of Collaboration
Enter the world of cutting-edge Defence and Security Innovation, where collaboration and integration took centrestage. The Joint Zone at DSEI UK 2025 was an unrivalled platform for professionals seeking to delve into the heart of Integrated Force advancements and explore Disruptive Technologies shaping the future of the Defence and Security Industry. In an increasingly complex world, the need for Integration and Interoperability has never been greater. The Joint Zone addressed this critical need by focusing on the systems, strategies, and technologies that enable effective Cross-Domain Collaboration. In the Joint Zone one could find the innovations that are rewriting the rules of Defence and Security. The Joint Zone provided an unique opportunity to engage directly with the UK MoD's Strategic Command, actively seeking Innovative Solutions.

The Joint Zone's importance goes beyond its function as a showcase for the latest products and services. It's was an environment where thought leaders, decision-makers, and innovators came together across the Global Defence and Security Supply Chain.

The Joint Zone was more than just a feature area of DSEI 2025, it embodied the future of the Defence and Security Industry. It represented a shift towards a more collaborative and integrated approach that recognises the value of shared knowledge and Joint Innovation.

The Products and Services displayed at the Joint Zone included: C5ISR, Command & Control (C2), Systems Integration, Interoperability, Pan-Domain Solutions, Cross Domain Collaboration, Human-Machine Teaming, Battle Management Systems, NCW, etc.

The Security Zone aligned with the UK Ministry of Defence's (MOD) vision of achieving an ‘Integrated Force’. By showcasing advanced capabilities, the zone also played a crucial role in enhancing situational awareness and enabling safe and secure collaboration on Joint Operations.

From state-of-the-art Surveillance and Reconnaissance Systems to real-time intelligence gathering, the Security Zone empowered MODs to monitor threats, assess the operational environment, and make informed decisions when implementing new, Integrated Solutions. The Security Zone brought together exhibitors at the forefront of Security Innovation, with a diverse range of products and services, including Ammunition, Anti-Terrorism Solutions, Armoured Vehicles, Artificial Intelligence applications, Biometrics, Body Armour, Communications Systems, Contraband-detection tools, Counter-Surveillance technologies, Data Management Solutions, encryption methods, firearms, Homeland Security Solutions, Identification Systems, Intelligence gathering tools, Night Vision Equipment, Police and dual-use technologies, Reconnaissance Systems, Robotics, and Unmanned Aerial Systems (UAS). In the Security Zone, the visitor could connect with top-tier exhibitors, who are leaders in their respective fields.

SPACE - NEXT FRONTIER OF DEFENCE
The DSEI Space Hub was a crucial platform dedicated to showcasing the increasingly vital role of Space in the Defence Industry. Supported by DSTL and UK Space Agencies, and sponsored by Deloitte, Raytheon UK, BAE Systems Applied Intelligence and Maxar, the Space Hub offered an opportunity to explore the latest innovations, engage in discussions about Next-Generation Technologies and connect with key decision-makers in the field. The Space Hub was designed to reflect the UK Government's dedication to becoming a key player in the Space Sector. As the reliance on Space continues to grow, the Space Hub provided for essential dialogue, collaboration, and exploration of future possibilities.

The purpose of the UK Space Strategy is to unlock growth in the Space Sector, collaborate internationally, grow the UK as a Science & Technology Superpower, and develop resilient Space Capabilities and Services.
UK SPACE COMMAND: The UK established the UK Space Command in 2021. UK Space Command had a significant stand presence at the event under ‘Defence Space’ and was at the centre of the Space Domain. It showcased the full array of UK Defence Capabilities in the Space Domain.

DSEI Conferences & Seminars
As the global platform of choice for key Government figures and influential policy makers within the Defence & Security Sector, DSEI again featured a series of Seminars, which addressed the challenges, developments and future of the Sector’s ever-changing landscape. DSEI’s world renowned Seminar Programmes delivered across separate theatres on the show floor, with numerous Speakers participating. Each one featured different critical themes each day appropriate for the challenges addressed within them. Each theatre hosted different presentations. DSEI had a Conference and Seminar Programme that challenged day-to-day thinking, tapping into the ideas and theories of the people who drive the Defence & Security Sectors forward striving for innovation. DSEI hosted the Conference/Seminars Programme addressing requirements and opportunities in the Air, Land, Maritime, Rotorcraft and Medical Domains. The challenge for all Militaries is to understand how these developments affect current & future Military Capabilities.

Global Combat Air Programme for Next-Generation Combat Aircraft
At DSEI UK 2025, the GCAP Electronics Evolution emerged as a new consortium for the 6th-Gen. Programme. The consortium, known as G2E, is formed of four leading National Defence Electronics companies: Mitsubishi for Japan, Leonardo UK for the UK and both Leonardo and ELT Group for Italy. The Global Combat Air Programme (GCAP) has taken another step forward in its journey towards fielding a Sixth-Generation Combat Aircraft and associated systems with its new Electronics Consortium, unveiled at DSEI 2025.

Named GCAP Electronics Evolution (G2E), the consortium aims to work together to deliver an  Advanced Sensing and Communication System for the 6th-Gen. Tempest Fighter – known as Integrated Sensing and Non-Kinetic Effects & Integrated Communications Systems (ISANKE & ICS). All four companies signed a Memorandum of Understanding (MoU) in March 2023. Now, according to the Group, G2E is working on accepting a contract from the Industry Joint Venture, Edgewing.

Defence Industry leaders in the UK, Japan and Italy have agreed a trilateral Collaboration Agreement to deliver the concept phase requirements of a Next-Generation Combat Aircraft for the Global Combat Air Programme (GCAP). GCAP is a strategically important partnership between the UK, Japan and Italy, which brings together the three Nations and their respective industries to collaborate on shared Military and Industrial objectives in the delivery of a truly Next-Generation Combat Aircraft in 2035.

Lord Coaker Hails ‘Golden Era’ as UK Unveils Defence Industrial Strategy
Opening DSEI 2025 in London, UK Minister of State responsible for International Relations and Defence Diplomacy, Lord Vernon Coaker, declared the UK had entered a “golden era of defence spending”, unveiling measures to tie record investment in the Armed Forces directly to British jobs, regional growth and industrial innovation. His remarks came against the backdrop of a major export win, with Norway ordering at least five UK-built Type 26 Frigates worth 10 Billion Pounds and safeguarding thousands of jobs on the Clyde. “A boost for Anti-Submarine Warfare Capabilities, a boost for our shared security in the North Sea, and a boost for UK Shipbuilding,” Lord Coaker told delegates.

Central to the speech was the Government’s new Defence Industrial Strategy, which Lord Coaker described as a “blueprint” for a sector that will not just sell to Government but work in full partnership to develop and deliver capabilities. The plan commits to halving procurement timescales, investing in resilient Supply Chains, and earmarking 10% of procurement spend for novel technologies such as Autonomy and Directed Energy Weapons.

The UK Ministry of Defence (MoD) is also launching an Office for Small Business Growth, raising its SME spending target by 50% to 7.5 Billion Pounds by 2028. “Our strategy cements a new partnership with industry built on reform, innovation and growth,” Lord Coaker said. “It will ensure the defence dividend is felt by communities through new jobs and rising incomes.”

To spread those benefits nationwide, Lord Coaker unveiled the first five Defence Growth Deals, worth 250 Million Pounds, aimed at bolstering Regional Defence Ecosystems. Plymouth and South Yorkshire were announced as initial sites, supporting Maritime Autonomy and high-grade defence materials, respectively. In parallel, a 1.5 Million Pounds programme will establish new Regional Defence and Security Clusters, bringing together Primes, SMEs, Start-Ups and Academia to tackle capability challenges and monetise innovations with dual-use potential. The Government is committing 182 Million Pounds to defence skills, including five new Defence Technical Excellence Colleges. The Defence and Security Accelerator (DASA) will unveil 1.5 Million Pounds for Innovators developing novel medical technologies, such as advanced methods to stop uncontrolled bleeding. Over 4 Billion Pounds will be invested in Autonomous Systems, alongside nearly 1 Billion Pounds for Directed Energy Weapons. A 400 Million Pounds Defence Innovation Fund will fuel early-stage research at “wartime speed”, Lord Coaker said.

He also pointed to major unveilings at the show itself, including MBDA’s first public display of the British-led European Next-Generation Stealth Cruise Missile Programme, with work split between Stevenage, Filton and Bolton; General Dynamics’ Ajax Infantry Fighting Vehicle Variant, produced in Merthyr, which has overcome earlier hurdles to become a “prized asset” of the British Army; The Patria 6x6 Armoured Vehicle, showcased as part of new multinational collaboration. He confirmed the UK will also join the Common Armoured Vehicle Systems (CAVS) Technical Agreement, broadening options for European Future Vehicles Development.

Lord Coaker used the speech to underline the Government’s pledge to raise Defence Spending to 2.6% of GDP by 2027, with a target of 3.5% by 2035, while demanding tangible returns for taxpayers in the form of security and prosperity. Foreign Direct Investment in the UK Defence Sector has topped 1.4 Billion Pounds since July 2024, creating up to 1,700 jobs. New facilities by Tekever in West Wales and Rheinmetall in Telford were cited as examples of global primes attracted by the UK’s Industrial Strategy.

“Our Armed Forces are only as strong as the supply lines and Defence Industries that stand behind them,” Lord Coaker said. “Together, we can turn UK Defence into an Industrial Superpower by 2035. That’s a win for our security, a win for our prosperity, a win for our values and a win commercially,” he said.

Navantia UK Unveils at DSEI 2025 its Vision for Enhancing Sovereign Defence Capabilities
At DSEI 2025, Navantia UK outlined the next steps in its strategy to support the UK’s sovereign defence capabilities following its acquisition of Harland & Wolff. The Group demonstrated how its acquisition of Harland & Wolff supports the UK’s Sovereign Defence Industrial Base, catalysing major investment in Shipbuilding, workforce development, engineering skills and advanced manufacturing. As a key Defence Partner to the UK Government, Navantia UK is building the Royal Fleet Auxiliary’s three new Fleet Solid Support (FSS) Vessels, vital platforms that will supply and sustain the Royal Navy Carrier Group around the world.

Underpinned by an initial 115 Million Pounds modernisation and integration programme, the FSS contract is at the heart of Navantia UK’s industrial transformation and long-term commitment to deliver a “defence dividend” through UK based jobs, skills and sovereign capability. Navantia UK now employs over 1,000 people in three of the UK’s four Nations, with sites in Appledore, Arnish, Belfast and Methil. The company is also a major skills champion, employing 170 apprentices and recently recognised as one of Britain’s Top 100 Apprenticeship Employers by The Sunday Times.

“Our presence at DSEI will highlight Navantia UK’s unique contribution to the UK’s Defence and Shipbuilding Ecosystem,” said Donato Martínez, CEO of Navantia UK. “From design to delivery, we are developing capability and increasing capacity to support the Government's defence ambitions, ensuring that increased defence spending delivers real value through UK businesses and creates a meaningful defence dividend.”

The company’s strategy encompasses the use of the latest technologies in Digital Shipbuilding tools, the modernisation of its facilities, the training of its employees, and a culture of continuous innovation, all aimed at supporting business growth as well as operational efficiency and excellence. Navantia UK will draw on the expertise of its parent company, Navantia, along with its portfolio and technological capabilities, to deliver maximum value to its clients.

At DSEI 2025, Navantia UK unveiled its strategy to deliver innovation and game changing technologies to support UK Defence and Industry. Navantia UK Yards will leverage Navantia’s investment in design and Shipbuilding Management digital tools to have arguably the most advanced in the industry. The yards will also have cutting-edge equipment such as robotic plasma cutting systems and automated panel lines and quality-control systems to position its facilities among the most advanced in Europe. These investments are fostering innovation and building a new pipeline of Naval Engineering talent to support the UK’s long-term capability needs.

Navantia UK benefits from the experience and global track record of its parent group, Navantia SA, which has delivered more than 40 Ships to 8 Nations over 20 years. The company’s designs are among the most advanced in NATO. Navantia supports Navies from several countries including Spain, Australia and the United States.

At DSEI 2025, Navantia UK shared its vision to champion sovereign industrial innovation and help deliver the UK Government’s integrated approach to national defence and prosperity.

British Army Tests Challenger 3 Main Battle Tank in Mobility Trials
The British Army has completed mobility trials of the Challenger 3 Main Battle Tank (MBT). The Challenger 3 programme is led by Rheinmetall BAE Systems Land (RBSL), a Joint Venture between BAE Systems in the UK and Germany’s Rheinmetall. Conducted in collaboration with QinetiQ at multiple UK sites, the trials involved a pre-production vehicle covering 789 kms (489 miles) on both road and cross-country terrain. The initiative assessed platform noise and vibration, crew interface, and the impact of vibration on onboard ammunition. Final data analysis will allow RBSL to mitigate risks, refine the design, and ensure the vehicle meets customer requirements. Future testing will involve live firing with crews on board to assess the tank’s operational safety and support further development of its Weapon Systems. The tests will support the final review that establishes the production standards for the Challenger 3 Fleet.

“Trials are a critical stage in developing a new Armoured Vehicle, pushing our Main Battle Tank to the limits to prove its performance and capability,” stated Dean Pask, Challenger 3 Program Director at RBSL. Under an 800 Million Pound (US$ 1 Billion) contract signed in 2021, the UK acquired 148 Challenger 3 Main Battle Tanks, scheduled to enter service by the end of 2030. The Challenger 3 will feature a Modular Armour System designed to improve crew protection and extend the tank’s operational relevance. The programme includes a 40 Million Pound investment in RBSL’s Turret Test Rig facility in Telford, where pre-production vehicles are manufactured.

Production relies on a European Supply Chain, involving small- and medium-sized enterprises across the UK, including the West Midlands, Glasgow, Newcastle upon Tyne, and the Isle of Wight.

MBDA Developing Akeron MBT Guided Missile & FC/ASW
European Defence Leader, MBDA announced at DSEI 2025 that it is developing the Akeron MBT, a new Tank-Launched Guided Missile designed to expand the company’s Akeron Family of Precision Weapons. The system will be fired from 120 mm Smoothbore Tank Guns, matching the dimensions and weight of Standard NATO 120×570 mm Ammunition, allowing crews to load it like a conventional round. The missile is expected to feature a shaped-charge warhead capable of penetrating more than 1,000 mm of armour. Powered solely by its rocket motor, the Akeron MBT will launch with reduced stress on onboard electronics and travel at low supersonic speed.

The missile will be equipped with a Passive Electro-Optical Seeker operating in both TV and Infrared Bands, offering a “fire-and-forget” mode as well as potential two-way radio link guidance for engagements beyond the crew’s line-of-sight. It will also feature Top-Attack capability, enabling strikes against vehicles behind cover or against the more vulnerable roof armour of modern combat platforms. This profile could also help counter active protection systems.

While MBDA has not specified the missile’s exact range, it is projected to reach around five kilometers, significantly enhancing the reach of tank crews in complex battlefield environments. The programme aims to give tanks the ability to conduct Beyond-Line-of-Sight (BLOS) engagements, a key capability against emerging threats.

Test firings of the Akeron MBT are expected to begin in 2026, with Series Production potentially following within a few years. Integration with Tank Fire Control Systems remains under study. The Akeron MBT joins the Akeron MP, already in Serial Production, and underscores MBDA’s strategy of broadening the Akeron Family to meet evolving operational demands in high-intensity warfare.

MBDA also revealed the finalised FC/ASW Low-Observable Missile Design. An updated stealth airframe model was displayed for the first time at DSEI 2025 to showcase the maturity of the system ahead of its Development Phase.

UK Buys Six MBDA Land Ceptor Missile Launchers to Reinforce Air Defence
The UK Ministry of Defence has announced a 118 Million Pound contract with MBDA for the purchase of six Land Ceptor Air Defence Missile Launchers. The three-year contract covers a suite of supporting equipment, including 12 Fire Unit Support Vehicles for ammunition, eight baggage vehicles, and eight threat evaluation and weapon assignment systems.

A key element of the Sky Sabre System, the Land Ceptor can operate either as a standalone unit or as part of an Integrated Battlespace Network. It delivers rapid Point and Area Defence for high-value assets using MBDA UK’s Common Anti-Air Modular Missiles (CAMM).

“Sky Sabre is a key capability for the British Army with its ability to intercept multiple targets simultaneously,” Head of Lethality and Protect-1 Air and Missile Defence Peter Mackay said. “The Land Ceptor Launcher element of this system delivers proven high accuracy and speed, and this announcement marks a significant increase in the UK Armed Forces’ ability to defend our Nation and Allies.”

Sky Sabre, which replaced the Rapier System, comprises a Giraffe Agile Multi-Beam 3D Surveillance Radar, a Battle Management and Intelligence Command and Control Suite, and the Land Ceptor Missile Launcher. It can intercept Cruise Missiles, Drones, and aircraft with the precision to strike a “tennis-ball-sized object travelling at twice the speed of sound, while simultaneously guiding 24 missiles to intercept separate targets,” according to UK MoD’s Defence Equipment and Support. The Medium-Range System recently proved its seamless interoperability with NATO’s Integrated Air and Missile Defence Network during Exercise Formidable Shield in the Outer Hebrides, UK. It has also been deployed to Poland under Operation Stifftail, strengthening NATO’s Eastern flank.

To reinforce its Air Defences, the UK is doubling its fleet of seven Sky Sabre Systems, with two already deployed in the Falkland Islands in the South Atlantic. Acknowledging the need to strengthen Air Defence, the UK Government approved the Strategic Defence Review recommendations on June 2nd to invest 1 Billion Pounds (US$ 1.35 Billion) in Integrated Air and Missile Defence.

“We are delivering on the Strategic Defence Review by equipping our Armed Forces with state-of-the-art equipment to help keep us safe,” Minister for the Armed Forces, Luke Pollard, said. “Doubling our deployable Sky Sabre capability will strengthen the UK’s Air Defences, protect UK Forces abroad, and deter our adversaries.” Meanwhile, the latest contract will create up to 140 jobs across the UK, including at manufacturer MBDA’s sites in Bolton and Lancashire.

MBDA Unveils 800Km Crossbow – a New Deep Strike One-Way Effector (Heavy) - OWE(H)
MBDA has unveiled a new Ground-Launched One-Way Effector (Heavy) [OWE(H)] at DSEI 2025, capable of delivering deep strike out to 800km to destroy tactical or strategic high-value targets. The One-Way Effector (Heavy) [OWE(H)] was reportedly designed over seven months, with the company currently in discussions to field demonstrations of the product by Q4 2025, with production projected to begin in mid-2026.

Equipped to carry kinetic or non-kinetic payloads up to 300kg, the Turbojet-Powered OWE(H) is designed to operate in highly contested electromagnetic environments and fly at high subsonic speeds. The OWE(H) will use AI image-based navigation allowing it to operate in GNSS-denied environments, MBDA added, which is currently at technology readiness level of 6. The Crossbow OWE(H) is also designed to fit into a standard 20ft ISO-compliant truck.

MBDA Rapid-Strike Missiles at DSEI 2025
Besides the Crossbow One-Way Effector (Heavy) leading MBDA’s new missile lineup at DSEI UK 2025, and the new Akeron MBT 120 Missile, European Missile Leader MBDA had displayed a number of new Defence Systems at DSEI 2025, including the SPEAR Glide, Raven, and Stratus. MBDA is also reportedly reworking its existing portfolio. The new SPEAR Glide offers a cheaper, unpowered alternative to the company’s Cruise Missiles. It is fitted with an Electro-Optical Seeker similar to the Akeron Missile, replacing the conventional Radio Frequency Seeker used in the previous SPEAR System.

Meanwhile, the ASRAAM (Advanced Short-Range Air-to-Air Missile) Raven, now gets a Surface-Launched Variant to expand its role beyond Air Combat. The missiles have been widely used in Ukraine, with over 400 engagements and a success rate of around 70 percent.

A Joint European Strike Project: On the multinational front, France, Italy, and the UK are backing MBDA’s Stratus Project, a Family of Low-Observable, Rapid-Strike Missiles with both Anti-Ship and Anti-Air Capabilities. Designed for cross-domain use, the missiles have cleared assessment and are now moving into full development stage.

“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,” said MBDA Chief Executive Officer Eric Béranger. “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’s New SPEAR GLIDE Munition
The MBDA High-Mass Saturation Weapon, positioned as a low-cost variant in the SPEAR Portfolio, could be indigenously produced by any future customer, according to MBDA. At DSEI 2025, MBDA unveiled a first look at a new product in its SPEAR Family Portfolio, designed to meet the future requirements of a Medium-Range Utility Strike Weapon and enable greater saturation and suppression of adversaries’ Air Defences at a shorter range. Named SPEAR GLIDE, the missile is positioned as a low-cost variant of the main SPEAR product and is primarily aimed at the Fourth-Generation Combat Aircraft market, such as the Eurofighter Typhoon, Gripen E/F and KF 21.

Rafael Unveils IRON BEAM 450
Rafael’s participation at DSEI 2025 saw the first public unveiling of the IRON BEAM 450, a new High-Energy Laser Beam Director. Yoav Tourgeman, CEO and President of Rafael said: “The unveiling of the IRON BEAM 450 at DSEI shows how breakthroughs in high power laser technology revolutionize the air defence equation enabling very low cost, high efficiency interceptions. Alongside our Air Defence, TROPHY, Counter-UAS, and Naval Systems, Rafael is delivering integrated solutions that meet the needs of today and prepare for the challenges of tomorrow.”

The IRON BEAM 450 extends Rafael’s Laser Portfolio with greater range, speed of interception, and a sustainable cost-per-engagement model. It joins the company’s High Energy Laser Weapon System Family, which also includes the Mobile IRON BEAM-M, the Naval IRON BEAM, and the Compact LITE BEAM. Together these systems provide a layered set of Integrated Directed-Energy Solutions as part of National Air Defence Architecture.

Multi-Layered Air Defence: Rafael also presented its complete Air and Missile Defence framework, which integrates:  IRON DOME for Short-Range aerial threats; DAVID’S SLING, co-developed with the United States RTX Raytheon, for Long-Range Interception; SPYDER Family for Mobile Medium-Range Air Defence; MIC4AD Situational Awareness and Command-and-Control System; SKY SPOTTER Passive Surveillance; DRONE DOME Counter-UAS Solution. This structure allows countries to cost effectively tailor layered defences to their needs while ensuring interoperability with Allied Forces.

TROPHY Active Protection: On the Land Domain, Rafael featured TROPHY, the world’s first and only operational Active Protection System (APS) for Armoured Vehicles. TROPHY is deployed on Main Battle Tanks and Armoured Fighting Vehicles with several Armies, protecting crews and platforms against Anti-Armour threats and establishing APS as a core requirement for Maneuver Forces.

Counter-UAS Systems: Rafael’s stand included its Counter-UAS Portfolio: DRONE DOME, LITE BEAM, SPECTRUM DOME, SAMSON 30mm, GHOST HUNTER, and HUNTER EAGLE. These systems provide layered protection against Drones, Swarms, and Loitering Munitions and can be deployed rapidly to secure forces and infrastructure.

Maritime Defence: Rafael’s Naval Suite includes, C-DOME, the Maritime Variant of IRON DOME; Naval IRON BEAM; TORBUSTER Anti-Torpedo Defence; C-GEM Electronic Warfare Decoys. These systems give Navies scalable options to protect vessels in both littoral and open-sea operations, with open-architecture design supporting integration across fleets.

Lockheed Martin & BAE Systems Team-Up for Autonomous Air Systems
Lockheed Martin and BAE Systems announced a Strategic Partnership at DSEI 2025 to jointly develop a series of Uncrewed Autonomous Air Systems. The collaboration involves the Advanced Research and Development Divisions of both companies, including Lockheed Martin’s Skunk Works and BAE’s FalconWorks.

The programme leverages both companies’ expertise in rapid development, prototyping, and advanced manufacturing to produce a cost-effective and adaptable system for various missions. Under the initiative, the two firms will develop a modular design for rapid deployment, capable of performing multiple functions, including disruptive operations. Aimed at complementing Crewed Combat Aircraft, the first phase focuses on Electronic Warfare and Attack Capabilities.

The initial system developed within the project will support multiple launch methods, including Air Drop, Ground, Maritime, and Wide-body Aircraft Deployment. Under the partnership, the two firms will be “combining expertise in rapid prototyping and advanced development to deliver game-changing capabilities,” stated O.J. Sanchez, VP and General Manager, Lockheed Martin Skunk Works.

Dave Holmes, Managing Director of BAE Systems’ FalconWorks Division, said that the project will “deliver disruptive capabilities that can make a real difference to our military customers at pace, enabling them to confront the operational requirements of today’s battlefield.”

As Militaries worldwide are increasingly focusing on Uncrewed Platforms to boost operational capabilities, Lockheed Martin is expanding its collaborations on Drones and Unmanned Systems. In June, Lockheed Martin and Korea Aerospace Industries expanded their partnership to collaborate on Drones, Rotorcraft, and Crewed-Uncrewed Teaming. In May, Lockheed Martin also teamed-up with Red Hat to accelerate Swarm Autonomy for Unmanned Aerial Systems.

Using Red Hat’s Container-based Software and Lockheed Martin’s Autonomous Swarm Systems, tested on the Indago 4 Quadcopter, the collaboration aims to enable faster software updates for more adaptive and responsive Drone Swarms in tactical settings.

British Army Demos Javelin Anti-Tank Missile With Boxer Vehicle
The British Army has demonstrated the integration of the Javelin Anti-Tank Missile with the Boxer Armoured Vehicle, marking a key step toward fielding the capability. It is part of the British Army’s Mechanised Infantry Vehicle Programme, which will enable Soldiers to engage armoured targets directly, while remaining protected by armour. The Javelin was integrated with Boxer’s Kongsberg RS4 Remote Weapon Station (RWS) supplied by Thales in Glasgow. The RS4 allows the integration of a range of small- and medium-caliber weapons, including a 12.7mm Heavy Machine Gun, a 30mm Automatic Cannon, or Guided Missiles.

Javelin: Jointly developed by Raytheon and Lockheed Martin, the Man-Portable Guided Weapon is designed to defeat heavily Armoured Platforms, such as Main Battle Tanks. It features fire-and-forget technology, allowing the operator to reposition or reload immediately after firing, while its Top-Attack Mode strikes the vehicle’s most vulnerable area. The missile can engage targets at ranges from 65 meters (213 feet) to 4 kms under most operating conditions.

The demonstration was conducted during the vehicle’s testing and evaluation phase, which included trials such as stowage and capacity, noise and vibration, electromagnetic compatibility, live crew clearance, fording, and Battlefield Mission Simulations. This comes as the British Army took delivery of its first UK-built Boxer earlier.

The vehicles are being built in the UK by KNDS UK in Stockport and Rheinmetall BAE Systems Land in Telford, alongside a nationwide supply chain. It is part of a 5 Billion Pounds (US$ 6.1 Billion) effort to provide the British Army with 623 Boxers and 148 Challenger 3 Main Battle Tanks, both expected to be in service by 2030.

“This trial forms part of a comprehensive testing and demonstration phase for Boxer. With vehicles now arriving from both UK and German Production Lines, training is set to ramp-up in the coming months,” the British Army stated.

Boxer Armoured Vehicle: As part of the British Army’s Strike Brigades, the Wheeled 8×8 Vehicle will support the swift transport of troops and mission systems to challenging battlefield conditions. The vehicle is 7.93 meters (26 feet) long, 2.37 meters (7 feet 9 inches) high, and 2.99 meters (9 feet 10 inches) wide, with a capacity for a crew of 11. It can reach a top speed of 103 kilometers (64 miles) per hour and operate over a range of 1,050 kilometers (652 miles).

Rheinmetall’s Fuchs Gets Lockheed Martin JAGM & Hellfire Missiles
The combination of the Rheinmetall Fuchs Platform with Lockheed Martin Missiles is seen as the bringing together of mature systems to provide a capability in the medium term, but trials could be as long as 12 months away. Rheinmetall expects to fire Lockheed Martin AGM-179 Joint Air-to-Ground Missiles (JAGM) and AGM-114L Hellfire Missiles from its Fuchs 6×6 Armoured Transport Vehicle in the second half of 2026. The curtain was lifted on the system at DSEI on 9th September. As displayed, it is equipped with 24 Vertically-Launched Missiles. Using the JAGM Multi-Sensor Weapon, it would be able to engage targets up to 16km away.

Fuchs JAGM is a 6×6 Armoured Vehicle armed with 24 Vertical-Launch JAGM or Hellfire Missiles, combining mobility, sensors, and precision strike power, making it the first of its kind. Presented as a Next-Gen. Tank Destroyer, it integrates AGM-179 Joint Air-to-Ground Missiles (JAGM) or AGM-114L Hellfires into the combat-proven Fuchs transport vehicle, combining battlefield mobility with precision strike capability. The 24-missile loadout allows for rapid engagement of ground and aerial threats without the need to frequently reload. An Integrated Sensor Suite also enables the system to detect, track, and attack multiple targets in succession.

“The integration of our JAGM and Hellfire Missiles into the Fuchs creates a groundbreaking Mobile Vertical Launch System that combines the best of Lockheed Martin’s battle-proven capabilities and Rheinmetall’s expertise,” said Paula Hartley, Vice President and General Manager of Tactical Missiles at Lockheed Martin.

Lockheed Martin’s JAGM is a Precision Missile with a 16-km (10-mile) range and a tandem-shaped charge fragmentation warhead. Its dual guidance - semi-active laser and fire-and-forget radar - lets it hit moving targets with improved accuracy in any weather condition. Extensively tested, the missile can take out Armoured Vehicles, Air Defences, Patrol Boats, Artillery, Radar, Command Nodes, etc.

Thales and Autonomous Devices Team-Up to Develop Drone-based Electronic Warfare Solution for Naval and Land Forces
At DSEI 2025, Thales and the UK company Autonomous Devices announced an agreement to jointly develop a versatile, modular, turnkey Drone-based Electronic Warfare Solution for Naval and Land Forces. This turnkey solution will benefit from Thales’ expertise in Electronic Warfare Command-and-Control System Integration and certifications needed for drones to fly in Civil and Military Airspace.

Recent conflicts have confirmed the growing importance of both Defensive and Offensive Electronic Warfare in all domains of Military Operations. The Armed Forces need to rely on agile and long-endurance platforms, easy to recover and re-use, to deploy their Electronic Warfare Systems. The combination of the drone from Autonomous Devices and the payload from Thales will meet these requirements, providing a high-performance Drone-based Electronic Warfare Solution tailored to the challenges of modern warfare.

"The Drone-based Electronic Warfare Solution developed by Thales and Autonomous Devices is a technological game-changer for the Armed Forces, providing a reliable passive capability to counter modern threats, while ensuring long-range protection around their strategic assets," said Marie Gayrel, Vice President in charge of the Intelligence, Surveillance and Reconnaissance activities, Thales.

EW-UAS has a key role to play in defending ships from new and emerging threats. Thanks to its speed, agility and endurance, this drone can be quickly deployed to detect Anti-Ship Missiles and initiate Electronic Countermeasures (soft kill), thereby improving ship survivability while minimising ordnance.

EW-UAS will also provide proactive protection for sensitive military assets engaged in Land and Naval Operations, conducting complementary jamming missions to disrupt the adversary's radar surveillance and targeting capabilities and bolster Electronic Defences in the theatre of operations. The drone can also be used for passive detection and surveillance, to anticipate threats by extending detection coverage. It can reposition itself quickly to enable the Electronic Warfare payload to detect enemy radar emissions (weapon guidance, targeting and surveillance), then jam or manipulate these signals to create an alternative radar reality. These deception tactics confuse radar operators, send missiles off-course and ensure that sensitive assets are not detected.

Thales and HII Partners to Develop Advanced Autonomous Undersea Mine Countermeasure Capabilities
HII and Thales announced the successful integration and field exercise of the Thales SAMDIS1 600 Sonar with HII’s Next Generation REMUS 620 Medium Unmanned Underwater Vehicle (UUV). The integration demonstrates the seamless compatibility of Thales world-leading multi-aspect Aynthetic Aperture SAMDIS 600 Sonar with HII’s highly modular, Long-Endurance REMUS 620 UUV. Together, the systems deliver advanced Autonomous Mine Detection, Classification, and Imaging, offering Naval Forces and Partners around the world enhanced capability for Undersea Security, Mine Countermeasures, and Subsea Infrastructure Monitoring. The exercise, completed at the end of August at the HII Pocasset facility (Massachusetts, USA), marks a major milestone in advancing Autonomous Undersea Mine Countermeasure Capabilities.

“Teaming the Thales’ advanced SAMDIS 600 Sensor in the REMUS 620 underscores the power of collaboration in driving innovation for our customers,” said Duane Fotheringham, President of Mission Technologies’ Unmanned Systems business group. “This milestone demonstrates not only the adaptability of the REMUS 620 but also the strength of industry partnerships in delivering next-generation, interoperable solutions that enhance undersea dominance for NATO and Allied Forces.”

"SAMDIS empowers missions with enhanced efficiency and effectiveness, serving as a crucial enabler for precise acoustic identification through its multi-aspect and high-resolution SAS capabilities. This achievement is the result of a strong working relationship with HII, demonstrating the strength of industry collaboration in delivering advanced solutions for the benefit of our users' missions," said Paul Armstrong, Managing Director, Underwater Systems, Thales in the UK.

BAE Systems Partners With Poland’s PGZ to Boost Munitions Production
Polska Grupa Zbrojeniowa (PGZ) and BAE Systems have entered into a Strategic Partnership to establish a new 155mm Artillery Ammunition Manufacturing Facility in Poland, aimed at increasing the nation’s production of battlefield ammunition. BAE Systems will transfer technology and know-how to PGZ, increasing Poland’s production capabilities and helping to bolster NATO’s Eastern flank. The Munitions Factory will use BAE Systems’ manufacturing technology and feature the same automated technology that will deliver a sixteen-fold increase in production capacity of 155mm Artillery Shells at its facilities in the UK.

BAE Systems’ 155mm Artillery Ammunition has played a critical and central role in the firepower capability of the British Army for more than 50 years, delivering quality, performance and advanced munitions to Soldiers. BAE Systems’ 155mm Shells are NATO compliant, compatible with Poland’s Military Platforms and interoperable with other standard combinations of charge, fuse and primers. This partnership will increase PGZ and Poland’s ability to strengthen the nation’s indigenous supply chain, reducing dependency on overseas suppliers and creating 100s of highly skilled jobs in Poland. 

Charles Woodburn, BAE Systems Chief Executive, said: “This partnership builds on our existing long-term defence relationship with Poland. Transferring technology and learning will enable Poland to significantly expand its production capacity of critical 155mm munitions, helping to strengthen its industrial base and supply chain resilience in the face of an increasingly volatile security environment. This is not only important for Poland’s own national defence but will also help to enhance its contribution to securing NATO’s Eastern flank.”

Adam Leszkiewicz, President of the Management Board of PGZ SA, said: "When evaluating the individual offers, we placed particular emphasis on achieving production sovereignty and the development potential of PGZ's Ammunition Domain. Considering that this is an open-ended contract, under which we are acquiring completely new competencies for many years, we analysed a very broad range of criteria. I am confident that we made the right choice, beneficial both for the future of our Group and for our country's international relations.”

Global demand for Artillery Ammunition has increased dramatically over the past three years and 155mm Shells are a critical asset for Poland’s Self-Propelled Howitzers, the K9 and Krab. PGZ intends to increase its Production Capacity to between 150,000–180,000 Large-Calibre Shells annually to support the country’s national security requirements. Work will begin on the new Munitions Factory in Poland this year and is expected to complete by 2027/2028.

BAE’s Herne XLAUV Has 45-Days Endurance for Underwater Warfare
BAE Systems has introduced the Herne Extra-Large Autonomous Underwater Vehicle (XLAUV), positioning it as a new tool for Anti-Submarine Warfare, Infrastructure Protection, and Covert Surveillance. Built for long-haul missions, the platform can operate for up to 45 days, cover 5,000 kms (3,100 miles), and dive as deep as 5,000 meters (16,400 feet). Its endurance is powered by advanced batteries, with hydrogen fuel cells available to stretch missions even further. Sized to fit inside a standard 40-foot (12-meter) Container, the XLAUV can be deployed from Ports, Surface Ships, or Submarines.

Modular compartments allow it to host various payloads, including Sonar, Countermeasures, Remotely Operated Vehicles, or Weapons. To boost survivability, the submarine employs acoustic signature management, making it harder to detect.

“It’s a game changer in the Underwater Battlespace and will enable us to offer our customers a cost-effective autonomous capability providing them with more endurance, efficiency, and scale, whilst keeping their people out of harm’s way,” said Scott Jamieson, Managing Director of Maritime & Land Defence Solutions at BAE Systems.

In partnership with Canadian firm Cellula Robotics, BAE systems produced the first Herne Prototype in just 11 months, a pace described as “whiteboard to water.” Its appearance at the DSEI 2025, follows a series of successful trials that validated its missions systems and performance. In November 2024, the vehicle carried out a pre-programmed Intelligence, Surveillance, and Reconnaissance Mission in British waters using BAE’s Nautomate Autonomous System.

Building on that momentum, the two companies signed a 10-year exclusive agreement to further refine Herne, with the goal of delivering a market-ready system by the end of 2026. “The trials last year were a huge success,” Jamieson added. “I’m delighted that we’re building on that momentum with this new collaboration agreement to maintain the phenomenal pace at which we’re developing Herne.”

KNDS France and VRAI Announce the Signing of a Partnership for Simulation & Human Performance Data
The partnership with KNDS is a recognition of the Innovative Simulation Solutions VRAI can offer to KNDS’s customers, such as their ReACT Armour Crew Virtual Reality (VR) Training Solution. KNDS France and VRAI signed their new partnership at DSEI 2025. Commenting on the new partnership, Alexandre Penley KNDS Vice President for BD Europe & NATO said: "We are thrilled to unite the innovative simulation technologies developed by VRAI and KNDS France within a single ecosystem, enriching the possibilities for our customers. This strategic integration will open new horizons – enabling richer, smarter, and more adaptive analytical processing experiences. It’s a leap forward that redefines what the future of AI Simulation can achieve"

KNDS France & VRAI will collaborate around VRAI’s HEAT Simulation Data Solution, their ReACT Virtual Reality (VR) Armour Crew Simulator and KNDS Simulation products to offer insights to their customers into how to reduce the time and cost it takes to train Armour Crews while improving crew performance. The partnership will also focus on building large datasets to drive future AI support tools for Armour Crews. 

Saab Showcases Nimbrix Counter-UAS Missile
Saab highlighted the capabilities of Nimbrix, its first ever dedicated Counter-Unmanned Aerial System (C-UAS) Missile at DSEI 2025. The fire-and-forget missile is being rapidly developed at Saab with the aim to deliver a system featuring a target seeker, a hard-kill warhead, and a small footprint – all at a low cost. The range will be up to 5 km with an active seeker to track its target. Its warhead can effectively engage and defeat UAS Swarms using an Air-Burst Mode.

“Nimbrix is our answer to the unmanned aerial threats which have escalated in the last few years. It is cost-effective which is critical given the proliferation of UASs on the battlefield. Nimbrix benefits from our long experience of Air Defence, together with an agile way of responding to new needs,” said Stefan Öberg, Head of Saab’s business unit Missile Systems.

The missile operates as a Ground-Based System and can be operated independently or as part of a larger Air Defence System. With flexible mounting options to fit different customer requirements, Nimbrix can be mounted on various vehicles or in fixed configurations. The cost-effective nature of the missile contributes to maximising deployed numbers to generate sufficient Air Defence coverage. Saab aims for first deliveries in 2026.

Hensoldt Launches TAROSS Electro-Optical Sensor System at DSEI 2025
At DSEI 2025, Sensor Solutions provider Hensoldt unveiled its TAROSS Solution, an Electro-Optical Sensor System for target Acquisition and Reconnaissance. TAROSS is a modular, scalable sensor box designed for use on Remote Weapon Stations, Medium-Calibre Turrets, Light Reconnaissance Vehicles and Unmanned Ground Vehicles. The system offers a direct interface to Hensoldt's Ceretron and can be easily integrated into existing or future vehicle and weapon systems.

Reconnaissance, precise target acquisition and engagement are key elements of any Military Operation. They include both reconnaissance of the terrain and gathering information deep within enemy territory. To minimise the risk to troops, TAROSS offers the option of conducting these operations from a safe distance.

"Our troops must be equipped with reliable, mission-proven and battle-tested capabilities in the areas of Intelligence, Surveillance, Target Acquisition and Reconnaissance (ISTAR)," says Josef Reif, Product Manager for the TAROSS System Family. The Modular Optronic Target Acquisition and Reconnaissance System TAROSS was developed precisely for this purpose and combines Hensoldt's typical high optical performance with the software-defined defence approach for forward-looking technologies. TAROSS is modular and can be equipped with a variety of customised sensor sets. It is also available with a fully Stabilised Pan-tilt Unit (PTU) as well as cooled and uncooled Thermal Imaging Cameras.

Schiebel Unveils Next-Generation Armed UAS Camcopter S-101 & S-301
Schiebel announced the launch of two new products: the Camcopter S-101 and Camcopter S-301 Unmanned Air Systems (UAS). These Next-Generation Unmanned Helicopter Systems represent refined new designs, dedicated for weaponisation and engineered to meet the rapidly evolving demands of modern military operations. Building on the success of the Camcopter S-100 – a proven solution designed for the Military Domain (Navies and Armies), it has been extensively sold and deployed operationally around the globe, both on Land and at Sea. The Armed S-101 and S-301 introduce a new era of innovation and precision strike capability for a Tactical UAS. The platforms feature advanced performance, military-grade systems integration, embedded AI and robust architecture, purpose-built for the most demanding defence missions across multi-domain environments. Both systems are engineered to ensure resilience in contested electromagnetic environments, guaranteeing operational effectiveness even under the most challenging conditions.

Development and production of the S-101 and S-301 are carried out by Schiebel Defence GmbH, a newly established group subsidiary, based in Wiener Neustadt, Austria, dedicated exclusively to Armed UAS. The company ensures the new platforms are specifically designed to meet the unique needs of Military Forces, with a focus on integrating already in-service missiles and rockets well suited to Tactical Rotary Platforms that will provide a persistent and distributed lethality option against asymmetric threats allowing engagement at stand-off ranges.

With the establishment of Schiebel Defence GmbH, the Group is responding to the changing geopolitical challenges and the rising demand for Weaponised Autonomous Systems tailored to military requirements. This marks a strategically important step in further strengthening Schiebel’s position as a leading provider of global defence-grade UAS.

“The worldwide security landscape is shifting rapidly and we are seeing a significant increase in demand for Armed Unmanned Platforms and Systems,” said Hans Georg Schiebel, Chairman of the Schiebel Group. “With the establishment of Schiebel Defence GmbH, we are positioning ourselves to respond directly to this demand. The launch of the Weaponised Camcopter S-101 and S-301 Platforms reflects our commitment to providing Armed Forces with advanced, reliable and mission-ready armed systems that meet the challenges of modern operations.”

Teledyne FLIR’s SkyCarrier
Teledyne FLIR Defense unveiled SkyCarrier, an Autonomous Launch and Recovery Platform for Uncrewed Aerial Systems (UAS) at DSEI 2025. SkyCarrier is designed to work with Teledyne FLIR’s SkyRaider and SkyRanger Drones, enabling them to autonomously launch and land from a variety of moving or stationary platforms from Ground Vehicles and Maritime Vessels to fixed installations.

The system consists of a ruggedised container with a fold-out landing pad, supported by visual markers and beacons that guide aircraft back to the platform without operator input. It can also operate in GPS-degraded environments using computer vision and dead reckoning, extending mission reliability in contested areas.

SkyCarrier can manage up to 16 Drones simultaneously for coordinated operations. The platform supports both free-flight and tethered operation, while also providing autonomous charging and thermal management for sustained missions.

Tested aboard ships and land vehicles travelling at speeds of up to 50 km/h, the system has demonstrated resilience in demanding conditions. Sky-Carrier’s modular design allows it to carry and launch payloads suited for a wide range of roles, including, Intelligence, Surveillance and Reconnaissance (ISR), Electronic Warfare (EW), Signals Intelligence (SIGINT) and Communications Relay. With SkyCarrier, Teledyne FLIR is aiming to give Armed Forces and security operators the ability to extend operational reach while reducing manpower demands.

Indra Shows Deployable MTR and Lanza Radars, Anti-Drone Systems
Indra, which has supplied critical systems to the UK Ministry of Defence and the Royal Air Force, besides developing projects for many other civil sectors in the United Kingdom and Ireland, showcased a variety of its capabilities at DSEI UK 2025. Among the systems highlighted were the Crow System, an Anti-Drone Solution that combines active and passive sensors plus soft and hard kill options. It is currently in service in several countries where it is used by Land and Naval Forces for Fixed and Mobile Protection.

Also showcased were the Lanza LTR-25 Radar, a rapid deployment tactical system that is currently in service with the Royal Air Force, NATO and multiple other countries, and the Nemus Active Electronically Scanned Array (AESA) Radar, which arms Vehicles and Combat Tanks with the ability to detect and identify the trajectory of low-altitude threats such as missiles, drones, loitering munitions and hypersonic projectiles. Indra’s MTR Tactical Radars cover multiple missions, including long, medium and short-range Surveillance and Counter-Battery Operations.

Indra's stand also featured its Mini4EO Earth Observation and Surveillance Satellite, a high-performance, rapid-deployment solution for Border Surveillance Missions, strategic movement tracking and support for operations in remote areas, as well as its NAVISHIELD System for protection against attempts to interfere with or spoof satellite navigation signals using jamming or spoofing techniques. In addition, the company is also showed dual-use, Civil and Military Software-Defined Radio (SDR) Solutions at DSEI 2025. In the field of Combat Vehicle Systems, Indra highlghted its fully Digital Panoramic Periscope, which enhances target detection and is fully integrated with the Leopard Combat System.

The company has a partnership with Rheinmetall and is offering an upgrade of the Leopard 2E for Spain, extending cooperation in the production of C4I Systems.

Smartshooter SMASH 3000 for HMGs
Smartshooter, a world-class designer, developer, and manufacturer of innovative Fire Control Systems, has introduced a new configuration of its Combat-proven SMASH 3000 - adaptation onto a Heavy Machine Gun (HMG). This milestone follows Smartshooter's successful participation in Project Vanaheim/Flytrap, a UK-US collaborative effort to expedite the adoption of advanced Counter-small Unmanned Aircraft System (C-sUAS) technologies into generalist combat units, offering practical, field-based, realistic operational scenarios to assess kinetic interception. During the latest Vanaheim trial, SMASH Fire Control Systems were employed in handheld, vehicle-mounted, and remotely operated configurations.

The SMASH 3000 was mounted on a HMG, along with the SMASH HOPPER Light Remotely Controlled Weapon Station mounted on a Reconnaissance Vehicle. Smartshooter successfully engaged UAS targets at ranges up to 400 meters. SMASH Systems were further evaluated for their network built-in connectivity.

Fully compatible with Android Tactical Assault Kit (ATAK), SMASH demonstrated seamless integration of SMASH 3000 through an ATAK plugin with a battlefield management system (BMS), enabling the transfer of target data from the BMS to SMASH 3000 while empowering theshooter with simpleyet powerful Situational Awareness (SA) capabilities for coordinated target engagement.

Michal Mor, CEO of SMARTSHOOTER, stated: "Project VANAHEIM provided a valuable opportunity to evaluate our systems in a modern complex battlefield environment for generalist combat units. The extension of the SMASH Fire Control Systems into new configurations, including HMG and vehicle-mounted configurations, reflects our continued focus on delivering adaptable, effective solutions for evolving threats. At DSEI, we are proud to present these advancements, which build on the operational experience gained with SMASH systems already in service with the UK, US, and numerous other NATO forces."

Deployed by leading militaries worldwide, SMARTSHOOTER's SMASH fire control systems have proven their value in diverse operational environments. Continuously developed to meet new challenges, the SMASH family furnishes dismounted and mounted combatants with enhanced precision, situational awareness, and combat effectiveness.

Rheinmetall at DSEI 2025: Digitalisation – Autonomy – Mobility – Firepower
As a key partner to His Majesty’s Armed Forces, Rheinmetall presented in the UK capital, under the motto ‘’Freedom Needs Enablers’’, its latest innovations and provided updates on its products and activities. The main focus was on digitalisation and autonomy, as well as mobility and firepower.

 
At the Rheinmetall stand the world premiere of a new Multi-Platform Combat Vehicle System for countering a wide range of land and air threats - presented in cooperation with Lockheed Martin; Collaboration with Mercedes Benz on light tactical off-road vehicles based on the G-Class; Launch of MASS nova, the latest generation of the proven maritime decoy system; The Secretary of State for Defence, John Healey, and Rheinmetall CEO Armin Papperger jointly launched the virtual groundbreaking ceremony of the UK Gun Hall in Telford. A dynamic audio-visual experience (a fly-through of the future facility with 3D renderings, an project timeline and transition to a fully operational Gun Hall) demonstrated how the site will look once production is underway.

The following products were also presented for the first time:
Lynx KF41 Skyranger 35, a highly mobile, modular and scalable ground-based air defence system, increasingly important for NATO’s collective defence.
CT-025: A crewless, remotely controlled turret designed for transport and armoured personnel carriers, equipped with a 25 mm KBA machine cannon.
Mission Master CXT with Skyranger 762: An unmanned ground vehicle (UGV) in a light anti-aircraft configuration featuring the Skyranger 762 weapon station.
SEOSS 400: Next-generation stabilised sensor system for heavy combat vehicles.

Weapons and Ammunition Expertise: Rheinmetall is one of the largest ammunition manufacturers in the Western world, with the UK playing a significant role. The construction of the UK Gun Hall in Telford marks a major step towards re-establishing large-calibre barrel manufacturing in Britain for the first time in decades. At its stand, Rheinmetall presented its full portfolio: from infantry weapons to medium-calibre ammunition, 120 mm and 130 mm smoothbore technology, 155 mm artillery ammunition, and rocket artillery.

Squad Support Weapon SSW40: The world’s first automatic, magazine-fed, shoulder-fired grenade launcher for 40 mm ammunition, with handling characteristics similar to an assault rifle.

Digitalisation and Networking: Rheinmetall Battlesuite: A secure, interoperable military ecosystem of the future, connecting all domains and dimensions within a unified digital infrastructure.

Gladius Soldier System: Variants of the Gladius 2.0, also forming the basis of the German Armed Forces’ Future Soldier - Expanded System (IdZ-ES).

Autonomy and Unmanned Systems: Path-A-Kit: Central to Rheinmetall’s autonomy strategy, winner of the ELROB 2024 competition in the Automated Convoy category. Rheinmetall will also establish a UK Advanced Land Autonomy Centre of Excellence. The Path-A-Kit is integrated into both the Mission Master CXT and the Ermine vehicle range.

Unmanned systems: A range of drones will be on display, including the Multi Mission Pod and FV-104 loitering munition, with demonstrations of their integration into the digital combat network.

Combat vehicles and tactical mobility - Boxer MIV: The first British-built Boxer has rolled off the production line in Telford. Integration trials with the Javelin missile system have been successfully completed. A command post variant was displayed in the DSEI Land Zone, alongside a reconnaissance/heavy infantry weapon carrier version at the Rheinmetall stand.

Challenger 3: Initial mobility trials of the upgraded British main battle tank have been conducted. The Challenger 3 was also featured on the Static Display in the VIP area of the MOD Lounge.

Caracal: Developed in partnership with Mercedes-Benz and ACS Armoured Car Systems, the Caracal family offers a versatile, compact 4x4 platform for light forces, including airborne and special operations units.

Elbit Systems Launches Frontier: Next-Generation AI-Based System to Tackle Evolving Border Defense Challenges
Elbit Systems Ltd. introduces Frontier, its cutting-edge wide-area persistent surveillance system, designed to address the increasing complexity and intensity of border defense challenges. Presented for the first time at the DSEI 2025 exhibition, Frontier is built to autonomously detect, classify, and assess threats in real-time. Frontier leverages advanced artificial intelligence (AI) to optimize intelligence gathering and decision-making in land, air, and maritime domains.

As global threats continue to evolve, intelligence teams are burdened with monitoring and managing thousands of alerts and massive amounts of data in real time. This challenge places significant demands on operational teams, often requiring substantial resources and risking potential errors. To address these needs, Elbit Systems developed Frontier, a smart, AI-based edge system designed to enhance surveillance operations.

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.
Frontier autonomously operates various types of sensors to visually confirm and classify threats, transmitting only the most relevant and analyzed information to the appropriate forces. 

From MCS to Deep Strike Capability: Hanwha Showcases Future-Ready Defence Solutions at DSEI 2025
Hanwha presented a comprehensive portfolio of advanced defence technologies at Defence and Security Equipment International (DSEI) 2025, showcasing not only proven platforms such as the K9 family and MCS, but also its next-generation Targeting Web and Deep Strike Capabilities.

At this year’s exhibition, Hanwha highlighted its transformation into a truly multi-domestic partner—investing, producing, and sustaining capabilities within customer nations. This model not only ensures rapid gap-filling but also strengthens local supply chains, create jobs, and advances technology transfer.

Hanwha’s experience in Poland—where it rapidly delivered K9 self-propelled howitzers while simultaneously establishing a large-scale partnership base, and supplied the Homar-K, a localized version of its deep strike system—together with its Australian AS9/AS10 program, exemplifies this approach. Both programs demonstrate how Hanwha delivers immediate readiness while embedding lasting industrial benefits in allied economies.

“Customers today demand not just cutting-edge technology but trusted partners who can reinforce their defence ecosystems,” said Michael Coulter, CEO of Hanwha Global Defense. “Hanwha’s commitment is to act with speed where it matters, while building sovereign capabilities together with our partners - producing locally and becoming part of the industrial base that strengthens allied security.”

“Hanwha is committed to bringing its world class technologies to the region as a true partner,” said Ben Hudson, CEO of Hanwha Defence Australia and UK/Europe. “Your future is our mission and we partner with sovereign nations to deliver the capabilities needed.”

Key Products and Solutions at DSEI 2025
Modular Charge System (MCS): Hanwha’s 155mm Artillery Modular Charge System (MCS) is designed for NATO-standard 39- and 52-caliber guns and projectiles compliant with the Joint Ballistic Memorandum of Understanding (JBMoU). It operates reliably across temperatures from -46°C to +54°C. The system burns cleanly upon ignition, leaving minimal residue, which eliminates the need for barrel swabbing and supports sustained high rates of fire.

Deep Strike Capability: Hanwha’s Deep Strike Capability provides a flexible, multi-caliber rocket launch capability, adaptable to diverse mission profiles ranging from suppressing enemy fire support to neutralizing high-value targets in complex environments. The integration of GPS/INS hybrid navigation ensures high-precision strikes, even against moving targets, enhancing both responsiveness and accuracy. Its dual-launcher configuration allows the deployment of a wide range of guided and unguided rockets from a single platform, delivering superior firepower and operational flexibility.
This system has been internationally validated, most notably through Poland’s acquisition of over 200 units of the localized Homar-K variant, which integrates onto Polish platforms and customized fire control systems. The program underscores the system’s adaptability to national requirements and its ability to enhance both operational effectiveness and industrial collaboration.

AS9 Self-Propelled Howitzer (K9 Family): The AS9 Huntsman is the latest evolution of the globally fielded K9 platform, incorporating lessons from more than 2,400 K9 and K10 vehicles in service across more than ten nations, including NATO members. The AS9 offers a proven 52-caliber 155mm gun system, fully digital architecture, and high levels of protection and survivability. It is optimized for interoperability with NATO’s Advanced Field Artillery Tactical Data System (AFATDS), delivering precise and responsive fire support across ranges of 30–60 km.

The AS10 (Australian variant of the K10) complements the AS9 as a highly protected and maneuverable ammunition resupply vehicle. Its automated loading system reduces crew exposure under fire and enables sustained high-tempo operations. Together, the AS9 and AS10 form a mature, low-risk protected mobile fires platform designed to meet the evolving needs of the British Army and allied forces.

L-SAM (Long-range Surface-to-Air Missile System): An advanced upper-tier interceptor designed to neutralize ballistic and other aerial threats at very high altitudes. Incorporating technologies such as precision Divert and Attitude Control Systems (DACS) for hit-to-kill accuracy and high-thrust propulsion for rapid intercept, L-SAM expands coverage several times beyond lower-tier systems. It enhances layered air defence networks by offering wide-area protection against next-generation threats.

Infantry Fighting Vehicle: A next-generation tracked IFV that delivers high survivability, mobility, and lethality. Redback integrates advanced sensors, modular armor, and powerful weapon systems, making it adaptable to NATO standards and a strong candidate for ongoing European IFV modernization programs.

Space-based Surveillance (SAR Satellite): Synthetic aperture radar satellites offering persistent, all-weather, day-and-night intelligence and targeting support, ensuring resilient situational awareness in contested environments.

Counter-UAV Systems: Mobile and fixed-site systems designed to detect, track, and neutralize hostile drones. These systems provide layered defence for maneuver units and strategic infrastructure, leveraging extensive operational experience.

Naval Solutions: MUSV & Smart Battleship Concepts: Unmanned surface vessels and digitalized naval platforms designed for surveillance, deterrence, and combat operations. These concepts combine multi-mission flexibility with advanced digital integration to support the future of European maritime security.

Hanwha Aerospace to collaborate with BAE Systems on Advanced Anti-Jamming GPS for Guided Missiles
Hanwha Aerospace has signed a contract with BAE Systems to integrate next-generation, anti-jamming Global Positioning System (GPS) technology into Hanwha Aerospace’s ‘Deep Strike Capability’ precision-guided weapon system.

This contract brings the two aerospace and defense technology companies together to collaborate in the critical field of advanced guidance technology. The collaboration will leverage BAE Systems' world-renowned expertise in military GPS and anti-jamming solutions to counter sophisticated electronic warfare threats.

Billy Boowhan Lee, the Head of PGM Business Group of Hanwha Aerospace, said "The purpose of this cooperation with BAE Systems is to secure advanced electronic warfare protection technology to protect our guided weapon systems," adding, "Based on a technological advantage to counter electronic warfare threats, we will strengthen our position in the global market."

“Our collaboration with Hanwha will help give operators added versatility in the field when they need it most,” said Luke Bishop, Director of Navigation and Sensor Systems at BAE Systems. “That versatility combined with our highly reliable military GPS products provide users with a product they can trust will work in the most contested environments.”

Hanwha's Deep Strike Capability system provides a flexible, multi-caliber and multi-range rocket launch capability, adaptable to diverse missions from suppressing enemy fire support to neutralizing targets in complex environments. Furthermore, its dual-launcher configuration allows the deployment of a wide range of guided rockets from a single platform, delivering superior firepower and operational flexibility.

The new guidance system, developed through this collaboration, is expected to provide Hanwha’s Deep Strike Capability system with superior precision and operational reliability, even in highly contested electronic environments.
This initiative is strategically engineered to meet NATO interoperability requirements, significantly enhancing the marketability of the system to European and other allied nations.

UVision Unveils AI-Based Common Operating System for Unified Loitering Munition Operations in Multi-Domain Environments
UVision Air Ltd., a global pioneer in loitering munition systems, unveiled 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 thelong-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-centricdistributionensures real-time adaptability to evolving threats, delivering both terrain dominance and operational superiority.

The COS performs continuous optimization based on target profile, terrain, and platformavailability, 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 seamlesslyinto 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."

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.

Teledyne FLIR OEM Launches Boson+ IQ Thermal Imaging Development Kit at DSEI UK 2025
Teledyne FLIR OEM, part of Teledyne Technologies Incorporated and the global leader in thermal imaging innovation, announced the launch of the Boson®+ IQ Development Kit. The comprehensive solution combines reference hardware with Prism™ software, empowering integrators to rapidly develop edge AI capabilities using advanced thermal sensing across defense, security, and industrial platforms.

At the heart of the kit is the Teledyne FLIR OEM AVP, powered by the Qualcomm® Dragonwing™ QCS8550 system-on-chip (SoC), which delivers an industry-leading 50 trillion operations per second (TOPS) with a typical power draw of just 2.5 watts. Its multicore architecture supports Prism AI object detection models and Prism ISP features, including denoising and super resolution to provide exceptional image clarity in challenging environments. 

“The Boson+ IQ Dev Kit represents a major leap forward for integrators building smarter, more efficient thermal systems at the edge with AI particularly for autonomy applications such as aerial drones, loitering munitions, and ground-based robotics,” said Jared Faraudo, vice president of product management and programs, Teledyne FLIR OEM. “By combining our high-performance Boson+ thermal camera with Prism AI and ISP software on a cutting-edge Qualcomm compute platform, we’re enabling faster development cycles, industry-best image quality, and longer mission endurance with minimal power consumption.”

Designed for flexibility and scalability, the kit includes interface and carrier boards with three MIPI interfaces, allowing developers to integrate visible or other sensor types into their systems. It also comes with the Boson+ and Prism SDKs, hardware interface control documentation (ICD), and expert engineering support, providing a seamless development experience from prototype to deployment.

The Boson+ IQ Development Kit is future-ready, with compatibility for upcoming additions, including Prism SKR and Prism Supervisor. Prism SKR facilitates autonomous target detection and terminal guidance, while Prism Supervisor offers autonomous operation to designated way points via GPS or visual-based navigation (VBN) location technology. These software-enabled features can add powerful capabilities to mission-critical applications in defense, security, and industrial automation. One could experience the Boson+ IQ Development Kit in action at the Teledyne FLIR stand.

Milrem Robotics Launches the HAVOC RCV in Europe at DSEI 2025
Milrem Robotics, the leading robotics and autonomous ground system developer, officially launches its groundbreaking HAVOC 8×8 Robotic Combat Vehicle (RCV) in Europe at DSEI 2025. This milestone follows the vehicle’s acclaimed unveiling at IDEX 2025 in Abu Dhabi and signals the start of a new era in hybrid-electric robotic combat capability on the continent.

The HAVOC RCV has been designed to deliver exceptional performance on the modern battlefield, combining hybrid electric propulsion with advanced autonomy for unmatched speed, agility, and stealth. Capable of reaching 110 km/h on roads and maintaining 50 km/h off-road, the HAVOC offers an operational range of up to 600 km. It weighs 15 tons without payload and is built to negotiate steep gradients, vertical steps, and fording streams, making it highly adaptable to various European terrains and climate conditions. Its pivot steering allows for tight manoeuvrability, while the unified autonomy system—compatible with Milrem’s entire product range—ensures efficient integration, streamlined logistics, and reduced lifecycle costs.

At DSEI 2025, the HAVOC RCV featured the PROTECTOR Medium Calibre Turret from KONGSBERG and C-UAS missiles from Frankenburg Technologies. Equipped with a high-rate 30 mm cannon that provides accurate and reliable firepower across various operational scenarios, along with a cost-effective air defence system, the HAVOC greatly improves offensive capabilities and fulfils the requirements of both reconnaissance and strike missions.

“With the launch of the HAVOC RCV in Europe, we are delivering unmatched agility, stealth, and lethality,” said Kuldar Väärsi, CEO of Milrem Robotics. “The integration of Kongsberg’s MCT and Frankenburg’s missiles enhances its effectiveness across a range of mission profiles—from reconnaissance and force projection to precision strike.”
Patrick Shepherd, acting Chief Product Officer at Milrem Robotics, added: “HAVOC represents a new standard in unmanned ground combat systems. Its hybrid-electric propulsion, advanced autonomy, and expanded armament options reaffirm our commitment to delivering the most capable systems for modern European defence forces.”

The HAVOC benefits from Milrem’s combat-proven experience, including operational deployments of the THeMIS UGV in Ukraine. Lessons learned from these real-world engagements have shaped HAVOC’s development, leading to improved usability, resilient communications, and strong protection against electronic warfare threats. These battlefield-informed upgrades ensure that the HAVOC is not only technologically advanced but also operationally prepared for the complexities of European defence environments.

Milrem Robotics to deliver a record number of THeMIS UGVs to Ukraine in collaboration with an EU member country
Milrem Robotics, the world’s leading developer of robotics and autonomous systems, will supply the biggest fleet of Unmanned Ground Vehicles (UGVs) to Ukraine as part of a donation from a European Government. In light of the drastically deteriorating security situation in Europe, governments are increasingly determined to strengthen their support for Ukraine and are at the same time enhancing the collaboration and ramp-up of the European Defence Industrial base.

“The cooperation between our governments and leading defence industry partners underscores how Europe can respond to shared threats with agility and unity,” said Kuldar Väärsi, CEO of Milrem Robotics. “We take pride in contributing to Ukraine’s defence capabilities through our combat-proven THeMIS UGVs,” Väärsi added. 

The assembly arrangement of the current delivery will be designed with scalability in mind, allowing for potential future deliveries if additional units are needed. Milrem Robotics will provide training to Ukrainian end-users, ensuring that future operators maintain operational readiness in the field. 

The THeMIS is a versatile, cost-effective and combat-proven unmanned vehicle platform designed to support dismounted troops and enhance battlefield effectiveness. It is already part of robotics programmes or in service in 19 countries, making it the most widely used UGV in its size class. The new units will join the initial 15 THeMIS UGVs already deployed in Ukraine, which have proved their combat effectiveness since 2022. 

The current donation underlines the common European commitment to bolstering Ukraine’s defence capabilities and solidarity with European allies to strengthen regional security.

Orbit Unveils MPT30Ka: A Compact SATCOM Solution for Tactical Vehicles and Mission-Critical Deployments
Orbit Communication Systems Ltd., a leading global provider of ground, airborne, and maritime SATCOM terminals, tracking ground station solutions, and mission-critical communication systems, announced the launch of the Multi-Porpuse SATCOM Terminal MPT30Ka SATCOMOn-The-Move (SOTM), its most compact satellite communication system available for military vehicles, maritime vessels and rapid deployment.

Nowadays, military mobile platforms are increasingly equipped with a wide range of payloads, including radars, weapon systems and advanced sensors. This creates a significant demand for compact SATCOM solutions that minimize their footprint without compromising on performance. The MPT30Ka SOTMaddresses this operational requirement by delivering a low power consumption system andcompact design, yet maintains uninterrupted, high-capacity connectivity.

The system meets multiplemilitary standrds such as MIL-STD-461G/810G/1275 making it fully resilient to electromagnetic interference.Thus, it ensures continuous, and secure communication even when radars and electronic systems are simultaneously active, and maintainsreliable operation in harsh and demanding terrain conditions, guaranteeing mission success anytime and anywhere. 

The MPT30Ka SOTM offers unmatched operational flexibility.Thanks to its compact and light design, it enables a rapid ground deployement, and is simple to operate without complex field assembly. Thismaximizes ground forces efficiency and contributes mission success by providing immediate, secure communication, with full connectivity both on the move and during stationary missions. Proven operationally on mobileplatforms in multi-orbit GEO/MEO/HEO/LEO satellite constelletions as well as at multi-polarizations, the MPT30Ka SOTM delivers the resilience and flexibility essential for modern tactical operations even at a GPS denied environment and other field interferences.

Daniel Eshchar, CEO of Orbit Communication Systems, said: "The MPT30Ka represents a breakthrough in tactical SATCOM. It delivers exceptionally high performance, giving forces in the field the compactness, flexibility, and reliability they need to succeed in today's demanding missions. Orbit's SATCOM systems for land vehicles have already been battle-proven by armies worldwide, and the MPT30Ka builds on this legacy with unmatched capability in the most compact form."

ST Engineering Unveils Light Reconnaissance Strike Concept
At DSEI 2025, ST Engineering introduced the Light Reconnaissance Strike concept, a formation-level suite of solutions that equips light infantry forces with greater mobility, precise firepower and enhanced survivability.

With its Electronic Architecture Kit (EAK) as the digital backbone of the Light Reconnaissance Strike concept, the Ground Deployed Advanced Mortar System (GDAMS), Counter Unmanned Aerial System (CUAS), ADDER Remote Weapon System and UGVs can be integrated onto a land platform to create a self-contained sensor-to-shooter ecosystem. The platform-agnostic solutions transform existing analogue platforms into digital-enabled assets, addressing the urgent modernisation needs of today’s armed forces.

The EAK is featured on nine different tactical vehicles across ST Engineering’s and partners’ exhibits at the event while the GDAMS is displayed on three partner platforms.

“Modern warfare is changing, and militaries are reviewing their concept of operations. The Light Reconnaissance Strike concept is designed to provide rapidly realisable capability upgrades for forces to meet today’s operational challenges with speed and agility,” said Chua Jin Kiat, Executive Vice President and Head of International Defence Business, ST Engineering. “By upgrading existing equipment through digitalisation, armed forces can achieve force multiplied outcomes through a quick modernisation cycle.”

ST Engineering is also advancing its European manufacturing capacity for its battle-tested armoured platform, the Bronco. At DSEI, a Bronco produced locally in Finland with Sisu is featured at its booth, while a variant built in Italy with ARIS and Leonardo was at ARIS’ booth.

At the event, the Group expanded collaborations with leading industry partners, including one with Leonardo and ARIS for the provision of specialised systems and modules for the Bronco 3, and another with EDGE Group to expand the existing partnership to jointly explore opportunities in shipbuilding, advanced mortar capabilities, training and simulation, smart MRO and satellite systems.

UK joins multinational CAVS programme
The CAVS programme also includes Denmark, Finland, Germany, Latvia, and Sweden. The UK is joining the Common Armoured Vehicle System (CAVS) programme, it was confirmed at DSEI UK 2025, following the signing of a ‘Technical Arrangement’ earlier this year. “I am...delighted to confirm that the UK will be joining the Common Armoured Vehicle System Technical Arrangement”, UK Minister of State for Defence Lord Vernon Coaker said in a keynote address at DSEI UK 2025.

Norway has also signed the Technical Arrangement to become a participating partner in the programme. The CAVS programme, launched in 2019 with Finland and Latvia, is a multinational initiative partly led by Patria for the joint development and procurement of a modern armoured vehicle system, specifically Patria’s 6x6 armoured vehicle.  
The aim of the CAVS programme is to develop an armoured vehicle that meets the shared requirements of participating countries, expanding military capabilities while also delivering cost benefits through joint procurement.  

By signing the Technical Arrangement, the UK is now a participating partner in the CAVS programme. However, this does not commit them to procure vehicles. To progress to the procurement phase, it must go through several hoops, including signing the research and development, framework, and life cycle management agreements – steps other countries such as Denmark, Finland, Germany, Latvia, and Sweden have already taken.

Notably earlier this year, Patria and Babcock signed a memorandum of understanding in January to offer the Patria 6x6 vehicle to the British Army. Under the agreement, Patria provide enhancements to its platform specific to the British Army’s requirements. 

Distance Announces Collaboration with General Dynamics Land Systems-United Kingdom to Bring Lightfield HUD Technology to the GD Light Mobility Vehicle Platform 
Helsinki and Oakdale, South Wales, United Kingdom - Distance Technologies™ Oy - the leading developer of glasses-free Mixed Reality enhanced with contextual AI and designed for integration into the windshields of state-of-the-art defense-oriented autos - announced it is in collaboration with acclaimed prime defence contractor General Dynamics Land Systems-United Kingdom (GDLS-UK).

The technical work between Distance and GDLS-UK will bring next-generation situational awareness to ground vehicles for the first time, integrating Distance’s patented 3D Lightfield HUD technology — powered by infinite pixel depth and hyperspectral sensor fusion — directly into the GDLS-UK Light Mobility Vehicle platform. Specifically, this new technology development will deliver next-generation night vision capabilities directly through the windshield of GDLS-UK’s Light Mobility Vehicle (LMV) platform, built on the proven Ford® Ranger platform. 

Infinite 3D pixel depth rendering is seen directly through the LMV windshield, with no glasses or eyepieces required. Hyper-spectral sensor fusion as seen through the windshield includes not only the visible light spectrum, but also the infrared and thermal wavelengths. This enables easy detection of camouflaged enemy battalions and assets to achieve genuine vehicular force multiplication. 

This technical breakthrough enables an entirely new class of lightfield-based Heads-Up Displays (HUDs) for augmented night vision in vehicles — combining high fidelity, depth perception and sensor fusion. The invisibly-mounted windshield system provides immersive perception enhancement for mobility, navigation and targeting of enemy assets in low-light as well as complex situational environments, such as smoke-filled battlefields as well as tactical night reconnaissance.

A real-time, functional prototype of the XR night vision system was unveiled at the DSEI 2025. Visitors to the GDLS-UK booth experienced this state-of-the-art technology integrated into an LMV displayed on the show floor.

- Anita Mal Kaul