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06 Feb 25. L3Harris Dual-Arm Payload Impresses Operators at Kineton. In November, L3Harris demonstrated one such innovation at a demo day hosted by Defence Science and Technology Laboratory (Dstl), an executive agency sponsored by the U.K. Ministry of Defence (MOD) dedicated to science and technology in defence and security.
L3Harris has been working with Dstl on robotics research projects since 2011. The most recent project involved delivering a robotic dual-arm payload which can be easily integrated onto existing robotic systems. For this project, L3Harris developed a payload integration for the large T7 robot which enables it to use HDT Global’s Adroit® dual-arm manipulator, controlled by L3Harris’ intuitive haptic controller.
The payload provides operators with a high-strength lifting arm and a high-dexterity arm designed to handle complex missions that require a greater range of motion. This could include tackling intricate tasks such as unzipping backpacks or unscrewing the end-caps from pipe bomb improvised explosive devices.
L3Harris showcased this dual-arm system at MOD Kineton during a two-day demo event alongside several other robotic and autonomous explosive ordnance disposal (EOD) capabilities funded by Dstl. The human-like flexibility and dexterity offered by the dual-arm payload ensures threats are dealt with much quicker and more efficiently than with a single arm.
“The demo provided the ideal platform for us to gain some valuable feedback on the dual-arm system from MOD operators who expect to use it during real-life EOD missions,” said Dr. Paul Bosscher, Advanced Concept Engineer at L3Harris. “It also opened up interesting discussions about the potential applications of the capability beyond EOD, with specialists from other fields such as chemical, biological, radiological, nuclear and explosives detection exploring how the capability might benefit their work.”
An additional T7 in the demo was used to display several deployable sensor applications in realistic mission scenarios.
A New Degree of Dexterity
Many EOD mission tasks can be extremely demanding, difficult and time-consuming. With L3Harris’ intuitive haptic controller, operators enjoy a seamless user experience and a wide range of motion from both arms, increasing precision and reducing task completion time. Additionally, the controller is easy to use and learn, so traditional training time and cognitive burden are substantially reduced. In fact, a human factors study conducted with the U.S. Army Research Lab and further experimental data shows the control system reduces operator workload by 20% and task completion time by 20%.
L3Harris’ T7 and T4 robots are trusted by world-leading military forces all over the world, with units deployed in the U.K., U.S. and Australia to support missions on a global scale. Learn more about these robotic capabilities here.
06 Feb 25. Iran claims to have integrated S-300 components with indigenous Bavar-37. The Islamic Republic of Iran Air Defence Force (IRIADF) has successfully integrated its Bavar-373 indigenous long-range air-defence system with its Russian-made S-300, it was claimed on 5 February. In a report on the second phase of an ongoing air-defence exercise, Iranian television news showed the new transporter erector launcher and radar (TELAR) version of the Bavar-373 deployed with the system’s search radar and a launcher from the S-300 system at a location that could be identified as an air-defence base south of Tehran’s Imam Khomeini International Airport. Photographs from the exercise showed one of the two 64N6E2 ‘Big Bird’ battle management radars that Iran acquired with its four S-300PMU2 fire units was also deployed along with an FL-95 communications mast, which is used to link the system’s components with its command post.
“From now, the Bavar-373 will have the missiles and radars of the S-300 as a backup and they will be co-ordinated with the Iranian system’s search radar,” the television reporter said.
The Bavar-373 was shown launching a missile that was reported to be a Sayyad-4B. The reporter said the IRIADF had not revealed the characteristics of the target the missile engaged, but described it as being at a very high altitude and long range. The S-300 TEL was not shown launching a missile. (Source: Janes)
06 Feb 25. Türkiye tests Tayfun ballistic missile, potentially extending its range. Roketsan conducted a test firing of the Tayfun ballistic missile on 3 February. The missile was launched from Rize-Artvin Airport on the Black Sea coast, heading west. While the exact range of the test firing was not disclosed, the Turkish Navy issued a maritime warning for it on 2 February. The designated area, outlined by multiple co-ordinates, was declared dangerous for navigation for a week’s period. Analysis of the restricted zone indicates that the distance between the firing location and the furthest point within the area was approximately 750 km, suggesting that the missile’s range in the test exceeded the 560 km range of the previous test. The Tayfun missile is 6.5 m long, with a 61 cm diameter, and 2,300 kg weight. The weight of its pre-shaped fragmentation warhead has not been disclosed. According to Roketsan, the missile has a circular error probable (CEP) of less than 10 m. It features a go-onto-location-in-space (GOLIS) guidance system, making it suitable for strikes on stationary targets such as command centres, air defence missile systems, and critical military infrastructure. The transporter-erector-launcher (TEL) vehicle carries two missiles. Roketsan released a video on social media on 3 February showing the missile launch and its impact on the target. The footage reveals window-like openings near the missile’s nose cone, leading to speculation that the missile may incorporate celestial navigation for improved accuracy. Roketsan declined to comment on the test when approached by Janes. (Source: Janes)
06 Feb 25. IDF confirms SPYDER air-defence system was rushed into service. The Israel Defense Forces (IDF) has confirmed that it has operationally deployed the Rafael SPYDER air-defence system during the war with Hamas and Lebanese group Hizbullah since October 2023.
“Prior to the war, the SPYDER system was not integrated due to the prioritisation of other interception means within the constraints of available resources,” the IDF Spokesperson’s Unit told Janes. “It was decided [during the war] to acquire the system in accordance with the urgent operational need, after an operational and professional analysis. The process of its integration was carried out in an orderly manner and with the approval of all relevant authorities.
“The SPYDER system represents a new concept for the Air Defense Wing of the Israeli Air Force,” it added, referring to the IDF branch that operates all its air-defence systems.
Unlike Israel’s existing air-defence systems, the SPYDER is mobile, rather than operated from fixed sites. It can use Python-5, I-Derby, and I-Derby ER missiles, with all three types available with additional boosters for the longer range versions of the system. The IDF did not say which SPYDER version it has acquired or if a dedicated unit has been established to operate it. An industry source told Janes that the SPYDER All-in-One (AiO) version is now in service and has carried out multiple successful interceptions against various classes of unmanned aerial vehicles (UAVs). (Source: Janes)
06 Feb 25. Enhancing Soldier Systems with the MilDef Tactical Android Device. Explore how the MilDef Tactical Android Device (T.A.D.) is advancing dismounted soldier systems with ruggedized design, superior durability, and customizable features.
MilDef looks at the Tactical Android Device (T.A.D.) and how the tech is enhancing dismounted soldier systems with ruggedized design, enhanced durability, and customizable functionality.
The concept of the dismounted soldier (DSS) has undergone significant evolution due to the ever-changing nature of modern warfare. With increasing threats, urban combat scenarios, and the need for real-time communication and information access, the DSS must rely on advanced technology to maintain tactical superiority. However, limitations in power supply, interoperability, cybersecurity, and durability continue to challenge the defense industry in creating effective solutions.
Key Challenges in Dismounted Soldier Systems
One of the primary limitations of DSS lies in tactical deployment—ensuring that military personnel, equipment, and resources function seamlessly in high-stress environments. A soldier’s gear includes communication devices, navigation tools, sensors, and protective equipment. If any of these fail, it can severely impact mobility and operational efficiency.
Moreover, DSS software and communication networks depend on real-time data transmission, making them vulnerable to cyber threats and interception. Another critical issue is technology integration—ensuring compatibility between different systems and avoiding technical failures that could compromise missions.
The Role of End User Devices (EUDs)
A crucial component of DSS is the End User Device (EUD), a mobile system designed to enhance communication, situational awareness, and decision-making. Traditionally, these devices connect to radios and headsets, enabling soldiers to operate on multiple frequencies while staying informed on the battlefield.
Due to its open-source nature, Android has emerged as the preferred operating system for military EUDs. Its flexibility, developer support, and familiarity among users make it an ideal choice. However, while commercial Android-based devices can be ruggedized with protective cases, they still present issues such as limited durability in extreme conditions, short battery life, and compatibility constraints with military systems.
Introducing MilDef’s Tactical Android Device (T.A.D.)
MilDef, a leader in ruggedized defense electronics, has addressed these challenges with the development of the Tactical Android Device (T.A.D.). Unlike commercially available devices modified for military use, the MilDef T.A.D. is a fully rugged EUD built specifically for defense applications. This purpose-driven design ensures superior durability, reliability, and seamless integration with military networks.
Key Features of the MilDef T.A.D.
The MilDef T.A.D. stands out due to its robust capabilities designed to enhance operational effectiveness. Some of its core features include:
- Swappable Battery: Extended mission time without the downtime of recharging.
- Night Vision Mode: Optimized for low-light operations, providing enhanced visibility.
- Five-Year Product Lifecycle: Long-term compatibility and support for military applications.
- Customizable Functionality: Unlike standard consumer devices, the MilDef T.A.D. allows users to tailor software and features to their specific needs.
Empowering Communication and Situational Awareness
At the heart of the dismounted soldier system, the MilDef T.A.D. ensures soldiers maintain real-time connectivity and situational awareness. Its ability to seamlessly integrate with headsets and radio systems enables effective battlefield communication. Unlike existing solutions that come with pre-installed, rigid software, the MilDef T.A.D. offers unparalleled customization options, empowering users to configure the device based on mission requirements.
A Tailored Ecosystem for Defense Operations
Beyond the T.A.D., MilDef is committed to building an ecosystem of complementary accessories and integrations to enhance DSS capabilities. From chest mounts to specialized cables and additional hardware, MilDef is developing a comprehensive solution that is scalable and adaptable to future military challenges. (Source: https://www.defenseadvancement.com/)
06 Feb 25. INVISIO Enhances Soldier System Integration with Acquisition of Software-Defined Hubs. INVISIO has acquired Ultra PCS’s UltraLYNX™ product line of software-defined hubs for $3.5m, enhancing soldier-worn device integration and improving interoperability INVISIO has purchased UK company Ultra PCS’s UltraLYNX™ product line, enabling a seamless integration of devices from different manufacturers, creating an ecosystem within the modern soldier system. As part of the USD 3.5m transaction, several Ultra PCS employees will join INVISIO. UltraLYNX is specifically designed to interface with all soldier-worn peripherals. It covers the conventional soldier setup (radio, GPS, EUD, battery) and integrates with a wide range of additional devices including cameras, physiological monitoring, GPS denied tracking, blast detection, gunshot detection and environmental sensors that all work together to contribute to understanding the context of the wearer sit-rep. UltraLYNX software-defined hubs create an ecosystem that seamlessly integrates devices from various suppliers to deliver audio, data connectivity, and power. This reduces cognitive and physical burden on users by enabling interoperability between devices including those that were not originally designed to work together. This acquisition is expected to accelerate INVISIO’s ability to deliver fully integrated tactical body-worn systems with the capability to handle audio, data and power, along with advanced computing power. It will also support INVISIO in providing a seamless and robust plug-and-play communications system that adheres to the evolving needs of modern military and defense operations. The UltraLYNX product will be incorporated into the INVISIO ecosystem and will facilitate the development of future innovative products. Modern soldier systems rely on diverse devices—radios, sights, navigation tools, and sensors—sourced from multiple suppliers with differing standards. It is necessary for these devices to share data, power and audio within a unified ecosystem. UltraLYNX simplifies integration by harmonizing protocols, managing power, and enabling seamless interoperability between devices with different standards. The result being that soldiers can focus on their missions without being burdened by incompatible equipment and complex setup requirements.
Lars Højgård Hansen, INVISIO CEO, commented, “This acquisition aligns with our strategic vision to expand and enhance our product offerings and provide our customers with cutting-edge solutions that improve operational efficiency and effectiveness. The UltraLYNX product line will add significant capabilities to our already market leading soldier systems. (Source: https://www.defenseadvancement.com/)
06 Feb 25. UVision Air Ltd. a global pioneer in loitering munition systems, has signed a strategic partnership agreement with Omnisys, a provider of BRO a combat-proven mission planning & optimization systems. This technological collaboration integrates Omnisys’ BRO advanced mission planning & optimization capabilities with UVision’s HERO loitering munition family to deliver a comprehensive battlefield management system. The Omnisys BRO (Battle Resource Optimization) systems are combat proven and cover a broad range of operational domains. BRO by Omnisys ensure Mission Success by Optimized decision making and management by mission commanders and planners, enabling maximum effectiveness in operational missions by optimizing system deployment and operation, adapted to the relevant enemy in the respective theatre and terrain. During the mission planning and executions phases, the BRO calculates optimized routes and transfers data to UVision’s command and control system which enables the management of multiple HERO loitering munitions simultaneously. The optimization of the mission planning elements achieved through this collaboration allows precise allocation of munitions to targets, optimizing parameters like target type, location, flight altitudes and optimized trajectories, warhead type, other effectors and payloads, weather conditions, mapping data, and more.
The integration of Omnisys’ system with UVision’s HERO loitering munitions enhances overall mission effectiveness. It improves operational precision by reducing the human error factor, boosts success rates through optimized target engagement, and strengthens force protection by enabling remote mission management. Such combined solution reduces cognitive burden on operators, allowing them to concentrate on strategic decisions and maximize combat performance and productivity.
Dr. Ran Gozali, CEO of UVision Air, stated: “This partnership with Omnisys introduces a new paradigm in mission execution. By autonomously managing multiple loitering munitions and their engagement, operators can prioritize strategic decisions, enhancing both lethality and operational efficiency.”
Ofer Yarden, CEO of Omnisys, added: “The integration of our battle-proven mission optimization technologies with UVision’s cutting-edge loitering munitions provides commanders with the tools to make optimal decisions. This collaboration enhances mission success rates and strengthens battlefield effectiveness. Our combined solution offers unprecedented levels of automation and precision in loitering munition deployment, marking a significant advancement in defense technology
04 Feb 25. Redefining Precision of Strike: ASELSAN’s Cutting-Edge Guidance Technologies. In an era where precision, adaptability, and reliability define battlefield superiority, ASELSAN stands at the forefront of innovation in defense technologies. As Türkiye’s leading defense company, ASELSAN continues to push the boundaries of modern warfare by developing advanced guidance kits that transform conventional munitions into high-precision strike weapons. These systems integrate cutting-edge navigation, targeting, and aerodynamic technologies to enhance the effectiveness of air-to-ground operations, providing military forces with the ability to neutralize threats easily.
Advanced Accuracy with High-Tech Navigation Systems
ASELSAN’s guidance kits, including GÖZDE, and HGK-84 (Precision Guidance Kit), ensure pinpoint accuracy even in GPS-denied environments. While HGK-84 converts 2,000 lb. bombs into high-precision weapons with a range of 28 kilometers, LGK upgrades general-purpose bombs across various weight classes from 250 lb. to 2,000 lb. into smart munitions, delivering unmatched accuracy against strategic enemy targets. Whether deployed against stationary infrastructure or mobile threats, ASELSAN’s guidance technologies ensure optimal strike precision and user-friendly technologies across all weather conditions and battlefield scenarios.
Cutting-Edge Dynamic Target Engagement and Extended Range
In high-intensity combat zones, where targets are constantly on the move, ASELSAN’s optional Laser Seeker Head (LAB) technology, featured in GÖZDE and LGK, provides a critical advantage. By enabling real-time target designation and mid-flight re-targeting, LAB-equipped munitions enhance flexibility in mission execution. This feature is particularly valuable in suppressing enemy movements, neutralizing high-value mobile threats, and executing close air support operations with accuracy. Compatible with platforms such as F-16 and F-4, GÖZDE and HGK-84 combine flexibility with precision to adapt to dynamic operational needs.
As today’s modern warfare requires not only precision but also efficiency, ASELSAN’s guidance technologies empower air forces with the capability to engage multiple targets within a single sortie. ASELSAN’s GPS/INS guided munition TOLUN is engineered to maximize the operational range of air-launched munitions, with capabilities extending up to 102 kilometers. This extended reach ensures that strike aircraft and UAVs can engage enemy positions from safer distances, reducing exposure to hostile air defenses.
Multi-Target Engagement for Enhanced Combat Efficiency
TOLUN’s advanced targeting algorithms and precision strike coordination enable aircraft to strike up to eight separate targets simultaneously. This capability enhances operational tempo, allowing for faster mission execution and increased battlefield impact with fewer sorties.
With these capabilities TOLUN takes precision-strike technology to new heights with its extended range of up to 102 kilometers and CEP of less than 10 meters. Compatible with advanced aerial platforms like the F-16 Block 40, BAYRAKTAR’s AKINCI UAV and TUSAŞ’s ANKA-III UAV (unmanned aerial vehicle), TOLUN offers operational flexibility with multi-target engagement capability, enabling forces to strike up to eight separate targets in a single sortie. Proven successful in trials with advanced aerial platforms, TOLUN combines exceptional accuracy with operational flexibility, making it ideal for high-stakes missions.
Building on the success of TOLUN, ASELSAN has introduced TOLUN IIR, an advanced variant equipped with an Imaging Infrared (IIR) seeker for superior targeting accuracy. The addition of IIR technology allows TOLUN IIR to conduct precision strikes with exceptional accuracy, identifying and engaging targets even in low visibility or adverse weather conditions. This enhancement ensures operational effectiveness in complex environments where conventional guidance systems may struggle.
TOLUN IIR represents ASELSAN’s commitment to enhancing situational awareness and increasing strike precision. Its IIR seeker enables target differentiation with exceptional clarity, making it highly effective for missions requiring a heightened level of accuracy and discrimination. With a two-way data-link, man-in-the-loop control, and multiple weapon sensor fusion capabilities, TOLUN IIR provides unmatched operational flexibility. Compatible with advanced aerial platforms like the BAYRAKTAR’s AKINCI UAV, it extends the effectiveness of tactical missions by enabling strikes on moving targets and offering day/night, all-weather operation. Proven successful in trials, TOLUN and TOLUN IIR set new standards in precision-strike technology, ensuring greater confidence and dominance in high-stakes missions.
Shaping the Future of Modern Warfare
ASELSAN’s commitment to innovation and technological excellence is redefining the standards of precision-guided weapons. By integrating state-of-the-art navigation, laser-seeking, and multi-target engagement capabilities, ASELSAN provides a game-changing advantage to military forces worldwide. From strategic infrastructure strikes to fast-paced combat scenarios, GÖZDE, LGK, HGK-84, TOLUN and TOLUN IIR systems represent the future of modern defense technology, solidifying ASELSAN’s position as a global pioneer in precision-strike solutions.
As Türkiye strengthens its defense capabilities, ASELSAN continues to drive the future of warfare with cutting-edge innovations that empower military forces to operate with unmatched precision, efficiency, and strategic superiority. (Source: ArabianBusiness.com)
05 Feb 25. Rheinmetall hands over verification model of Skyranger 30 to the Bundeswehr. As scheduled, Rheinmetall delivered the first Boxer Skyranger 30 cannon-based air defence vehicle to the Bundeswehr at the end of January 2025. This system is the so-called verification model, which will be used for the Bundeswehr’s required approval. After the user has been instructed in how to operate the vehicle, the admission trial will begin in spring 2025. Serial delivery will mainly take place in 2027 and early 2028. At the end of February 2024, the Bundeswehr commissioned Rheinmetall to develop and deliver one verification model and 18 series production vehicles of the Skyranger 30 cannon-based air defence tank on the Boxer vehicle. The Skyranger 30 air defence system closes the current critical capability gap in mobile air defence. The system offers an optimal combination of mobility, protection, flexibility and precision to meet the growing requirements of challenging threat scenarios at nearer and very close ranges. As a hybrid solution, its turret combines the powerful 30mmx173 KCE revolver canon, ground-to-air guided missiles and the necessary sensors on a single platform. In Germany, the Skyranger 30 will initially be equipped with the Stinger anti-aircraft weapon; later it ought to be converted to a newly developed special drone defence missile. The elaborate design of the various weapons, high dynamics and a large elevation range, as well as the latest sensors, enable autonomous as well as networked operations. The AHEAD-ammunition with a programmable airburst position makes the system particularly suitable for encountering drones. The compact turret is integrated on the 8×8 tactical Boxer vehicle. Skyranger 30 is part of the European Sky Shield initiative. Additional NATO and EU member states want to join the procurement or have already initiated it. In December 2023, Hungary had contracted with Rheinmetall to carry out the conceptual development of the Skyranger 30 turret for the future air defence variant of the Lynx KF41 tracked vehicle. In the meantime, Austria and Denmark have also ordered the Skyranger 30 on different vehicle platforms. Other EU and NATO states have likewise expressed interest. End of January 2025, the Dutch Ministry of Defence announced that the Netherlands will also procure 22 Skyranger 30 systems. The contract is ought to be finalized before the end of 2025.
04 Feb 25. Estonia receives first CAESAR 6×6 SPHs. The Estonian Defence Forces (EDF) has received its first batch of CAESAR Mk I 6×6 155 mm self-propelled howitzers (SPHs), the Estonian Centre for Defence Investments (ECDI) announced in a press release on 30 January. The SPHs will be assigned to the newly established 3rd self-propelled artillery battalion under the command of the Estonian division.
Welcoming the arrival of the SPHs, Ramil Lipp, ECDI’s strategic category manager for Armaments, said, “We signed the contract last June, and it took just half a year for the first CAESAR howitzers to arrive in Estonia. Considering the reliability and effectiveness of this weapon in various conflicts, including the war in Ukraine, it can be said that Estonia has acquired the best possible solution. This indirect fire weapon allows units to relocate quickly over a distance of 600 km on a single refuelling, and its standard calibre supports compatibility with various NATO munitions.”
Lieutenant Colonel Rauno Viitmann, the EDF’s CAESAR procurement project officer, added, “The CAESARs increase firepower and reaction speed of the Estonian division, enabling support for units across the country in various situations when needed.” He said the SPH would be operated by both conscripts and reservists, with conscript training beginning in the coming weeks, followed by reservist training exercises planned for the third quarter of 2025.
Estonia signed a contract at Eurosatory 2024 with the Direction Générale de l’Armement (DGA), the French defence procurement agency, and KNDS for 12 CAESAR SPHs, with an option for more in the future, as well as a framework agreement to join a joint European procurement of the systems. (Source: Janes)
04 Feb 25. New robots lead the way in bomb disposal innovation. Cutting-edge trial featured robotic canines defusing bombs. This new technology is set to reduce risk to personnel working on bomb disposals. Robot dogs that can defuse explosives are set to revolutionise bomb disposal operations and significantly reduce the risk to military personnel, whether operating in the UK or overseas. A new live trial led by Ministry of Defence scientists has seen advanced robotic systems, including robot dogs, successfully detecting, and defusing bomb threats.
The Defence Science and Technology Laboratory (Dstl) trials took place over four days and included:
- Remote classification and identification of threats using sensors on robots;
- Defusing of bombs from a robot dog;
- Drones with AI autonomous threat and people detection;
- And robots conducting tasks such as opening doors and climbing stairs.
The trial supports key components of the UK Government’s Plan for Change, safeguarding national security whilst rapidly advancing new technologies – showing defence as an engine for growth.
Dstl worked alongside British and international industry, L3Harris, Marlborough Communications Ltd and AeroVironment (Tomahawk Robotics) on the trials which showed that they could enhance Explosive Ordnance Disposal (EOD) capability by:
- Reducing the need to put a bomb disposal operator in harm’s way by increasing the number of tasks that robots can perform remotely;
- Improving the effectiveness of robots, reducing the burden to the operator, allowing delicate and precision movements to be completed reliably;
- Using drones equipped with AI to identify threats and monitor safety cordons, increasing the pace of operations and reducing disruption to the public.
The trials involved a series of scenarios, where the robot was asked to perform various tasks including opening and closing doors autonomously, navigating stairs, inspecting improvised explosive devices (IEDs) and consequently firing disruptors at the IEDs to render them safe.
These innovations will transform EOD operations by minimising the human exposure to danger, improving operational efficiency and maintaining public safety.
Minister for Defence Procurement and Industry, Maria Eagle, said: “This advanced technology demonstrates our commitment to protecting the military personnel who keep our nation safe, at home and abroad. By working with industry and combining cutting-edge robotics with existing expertise, we’re ensuring our bomb disposal teams have the best possible tools to carry out their vital work safely and effectively. These advancements help the government deliver our Plan for Change and ensure defence is an engine for growth – protecting our national security while supporting rapidly evolving technologies. Bomb disposal operators praised the technology demonstrated in the trial and provided beneficial feedback to shape the next phase of Dstl investment in robotics for the bomb disposal community. Dstl will use this feedback to continue to develop and enhance technology that provides increased security for the nation.”
Chief Science and Technology Officer, Dstl, Prof Andy Bell, said: “This is a great example of how Defence can achieve an advantage through the exploitation of technology, fusing together military and commercial systems to keep our people and country safe from deadly threats.Working in partnership with industry and academia, Dstl is delivering mission success through science and technology advantage.” (Source: https://www.gov.uk/)
04 Feb 25. L3Harris Technology Enhances US Torpedo Capability. Improved Post-Launch Communications System (IPLCS) cleared sub-system testing to move closer to providing innovative tool to submarine fleets. As great power competition increases and the U.S. Navy prioritizes strengthening undersea dominance, improved weapon reliability and lethality is more important than ever. L3Harris is answering the call with innovation to make the next generation of heavyweight torpedoes more effective for U.S. and allied naval forces. The Improved Post-Launch Communications System (IPLCS) is a fiber-optic cable tether that connects the torpedo to its origin submarine, providing increased bandwidth for real-time data, a greater communications range along with better strength and reliability. The system is designed for the newest iteration of the MK-48 (Mod 8) torpedo, which will be the Navy’s next generation submarine-launched weapon system with upgrades beginning in 2029.
“It’s imperative we provide the U.S. Navy with technology to improve adversary targeting,” said Jahmar Ignacio, Vice President and General Manager, L3Harris Strategic Missions. “This L3Harris advanced technology is key to ensuring warfighters have the right data at the right time for increased advantages over adversaries in the undersea domain.”
IPLCS cleared Design Verification Testing and is now proving L3Harris’ ability to manufacture the technology. Upon successful testing, L3Harris will work with Naval Sea Systems Command (NAVSEA) and Program Executive Office Undersea Warfare Systems (PEO UWS) toward system production.
Countering threats in the Indo-Pacific region is a key priority for the United States. During a visit to Guam and Hawaii earlier this year, Under Secretary of the Navy Erik Raven said U.S. prosperity is built upon free and open oceans and that the U.S. will defend American, ally and partner interests in the region.
“We are steadfast in our commitment to the security, stability and prosperity of the Indo-Pacific region,” Raven said.
The U.S. Navy Science and Technology Strategy identifies Strengthening Maritime Technological Dominance as one of its three main priorities, with Undersea Systems as a focus. The L3Harris IPLCS system ties into that priority directly, giving warfighters enhanced capabilities to confront potential adversaries.
The Royal Australian Navy (RAN) is a partner on the IPLCS program and works within the Undersea Weapons Joint Program Office (PMS 404), with the tether system set to be incorporated into RAN Colins Class submarines in addition to U.S. Navy subs.
The IPLCS system replaces legacy copper wire tethers and offers dramatically better communication ranges and thousands of times more bandwidth. Warfighters on the submarine are able to guide the torpedo, working along with automated systems built into the weapon.
The fiber-optic cable is smaller than the copper wire it is replacing, but stronger, allowing for more reliable performance in contested environments. IPLCS began as a DARPA-funded program in partnership with the University of Central Florida pursuing ultra small, very strong highly integrated optical fiber cable. (Source: ASD Network)
03 Feb 25. Germany signs deal with Patria for CAVS mortar system development. The CAVS programme, launched by Finland and Latvia in 2020, was joined by Sweden in 2022. Germany has reached an agreement with Patria to initiate a work package focused on the development and qualification of mortar systems for the Bundeswehr, within the framework of the Common Armoured Vehicle System (CAVS) programme. This project, which is part of the broader CAVS research and development accord that Germany joined in 2024, entails the construction of two specific variants: the CAVS NEMO and a variant equipped with a mortar command and control system. These will be integrated with German-specific mission systems and undergo a qualification process to ensure they meet the requirements set by the German customer. The work package is valued at approximately €50m ($51.29m), though further specifics regarding its scope remain confidential. The CAVS programme, launched by Finland and Latvia in 2020, was joined by Sweden in 2022, and Germany became the fourth participant in April 2023. The completion of this work package under the CAVS programme presents potential advantages for other countries currently or prospectively involved in the initiative, as they could leverage the outcomes of this development. The CAVS NEMO variant is a hybrid design that merges Patria’s 6×6 vehicle platform with its NEMO 120mm turreted mortar system. Both components are recognised as leading products in their respective categories within the defence market. The majority of the vehicle supply is handled through the local industry capabilities of the member nations, with each new country strengthening the security of supply for the entire collaboration. The Patria 6×6 vehicle, primarily designed for troop transportation, can also be adapted for various combat support roles, including as a Company Command vehicle, Medical Evacuation vehicle, and Heavy APC.
Patria Global executive vice-president Jukka Holkeri said: “Patria is very pleased to see Germany signing the first national CAVS variants development and qualification agreement. The 120mm turreted mortar variant adds totally new performance to the international CAVS programme, and we trust that other participants of the programme will be very interested in this advanced capability. The development and qualification of these new CAVS variants will be done in close cooperation with the German industry, and the future serial production will be realised with our earlier published industrial partners KNDS, FFG and JWT.”
To date, Patria has secured orders for over 800 of its 6×6 vehicles and has already delivered more than 200 units. (Source: naval-technology.com)
03 Feb 25. India conducts VSHORADS flight trials. India’s Defence Research and Development Organisation (DRDO) has conducted additional flight trials of its very-short-range air-defence system (VSHORADS) to finalise deployment configuration of the weapon. The Indian Ministry of Defence (MoD) said three VSHORADS flight trials were conducted on 1 February from a ground-based portable launcher at DRDO’s Integrated Test Range (ITR) in Chandipur, Odisha, on India’s east coast. The MoD also indicated that the trials were used to validate planned deployments of the system. “The flight tests were carried out in final deployment configuration wherein two field operators carried out weapon readiness, target acquisition, and missile firing [tests],” it said. Previous VSHORADS trials carried out by DRDO in 2022 and 2024 likely used test configurations.
“During all the three flight tests, the missiles intercepted and completely destroyed the targets, having reduced thermal signature mimicking low-flying drones [unmanned aerial vehicles] at different flying conditions,” the MoD added.
According to the MoD, VSHORADS’ performance was validated through flight data captured by tracking instruments, including electro-optical systems, radar, and telemetry stations based at the ITR.
“[The tracking instruments] confirmed the pinpoint accuracy and established the unique capability of [the] VSHORADS missile system in neutralising drones along with other classes of aerial threats,” the MoD said, commenting on VSHORADS’ performance in the tests.
In January 2023 India’s Defence Acquisition Council (DAC) approved in principle the procurement of VSHORADS missiles for the Indian Army. The Indian Army also issued a tender to procure an unknown number of VSHORADSs in June 2024. The tender sought to procure two variations of the VSHORAD – a manportable version and a vehicle-mounted version. (Source: Janes)
31 Jan 25. Diehl launches IRIS-T Block II development and production. Diehl Defence has launched development and production of the IRIS-T Block II air-to-air missile, announcing on 30 January a contract with the Federal Office of Bundeswehr Equipment, Information Technology and In-Service Support (BAAINBw). Signed in December 2024, the contract will see IRIS-T lead country Germany joined by international partners Italy, Spain, and Sweden. Original consortium partners Greece and Norway were not included in this latest announcement.
“The BAAINBw signed the contract on behalf of this consortium. The IRIS-T Block II contract marks an important milestone for the future of IRIS-T,” Diehl Defence said.
IRIS-T is an acronym that translates as InfraRed Imaging System – Tail/Thrust Vector Controlled. Diehl Defence did not disclose any details pertaining to the IRIS-T Block II, but as noted in Janes Weapons: Air Launched, the baseline IRIST-T that it will build on is a short‐range all‐aspect IR homing missile that has both air-to-air and, when given an updated software insertion, air-to-surface capabilities.
Featuring both lock‐on‐before‐launch (LOBL) and lock‐on‐after‐launch (LOAL) capabilities, the IRIS-T is fitted with a high-explosive (HE) fragmentation warhead, which is detonated by a radar‐assisted proximity fuze. Its maximum range is 25 km. (Source: Janes)
31 Jan 25. Australia receives first Huntsman vehicles from South Korea. South Korea’s Hanwha Aerospace has delivered an initial batch of its Huntsman family of vehicles to Australia, the Department of Defence (DoD) in Canberra told Janes on 31 January. A DoD spokesperson said two AS9 155 mm/52 calibre tracked self-propelled howitzers (SPHs) and one AS10 armoured ammunition resupply vehicle (AARV) were delivered to Hanwha Aerospace’s local subsidiary, Hanwha Defence Australia (HDA), in late 2024. The vehicles, collectively known as Huntsman, were delivered under a contract HDA secured with the DoD in 2021 for a total of 30 AS9s and 15 AS10s for the Australian Army under Land 8116 Phase 1 – otherwise known as the Protected Mobile Fires programme. Under this AUD1bn (USD622m) deal, Hanwha Aerospace was contracted to build the initial two AS9s and first AS10 at its facility in Changwon, South Korea, with the remainder to be constructed at a new HDA facility in Australia. The DoD spokesperson did not provide a schedule for the delivery of the vehicles to the Australian Army, but said evaluations of the platforms would be conducted before supply. “Hanwha Defence Australia is currently undertaking comprehensive testing of the three vehicles,” the spokesperson said. The Huntsman vehicles have been procured for the Australian Army to bolster its protected mobile fires capability and provide mobility, lethality, and protection support to armoured vehicles and other ground forces. The vehicles are also intended as a counter-battery capability to engage, neutralise, and destroy an adversary’s artillery systems before they can be employed against Australian or allied land forces. (Source: Janes)
31 Jan 25. The U.S. Navy awarded Lockheed Martin (NYSE: LMT) a $383m cost-plus-incentive-fee and cost-plus-fixed-fee modification to the existing Lockheed Martin contract for development of the next generation of the Trident II Strategic Weapons System (SWS) D5 missile to continue the nation’s sea-based strategic deterrence. Under this contract modification, Lockheed Martin will design the upgraded missile, called the Trident II D5 Life Extension 2 (D5LE2). The integrated, modernized missile will be carried aboard COLUMBIA-class ballistic missile submarines to ensure the strategic weapon system remains credible through 2084. The D5 missile, built and upgraded by Lockheed Martin for the Navy, is the most advanced ballistic missile in the world and is currently aboard U.S. OHIO-class and U.K. VANGUARD-class submarines. This year, Lockheed Martin will mark 70 years of support to the Navy developing and sustaining the missiles that are the backbone for the nation’s sea-based deterrence through the company’s Fleet Ballistic Missiles (FBM) program. Lockheed Martin’s FBM program is critical to preserving American and allied security with a focus on innovation through advanced digital technology, modern facilities, and a culture of excellence. Lockheed Martin is breaking ground on an approximately 225,000 square foot facility in Titusville, Florida to produce components for the D5LE2 submarine-launched ballistic missile.
04 Feb 25. US Navy awards contracts to enhance LCS MCM capabilities.The first contract with Bollinger Shipyards is for an AMO to enhance the MCM USV based on operational test results. LCS Mission Modules programme manager Matthew Lehmann said: “With the first deliveries of the MCM MP underway and deployments closely following, it is critical to ensure we have the contracts in place to procure and deliver the quantity of mission packages to the fleet required in today’s changing world.
“These contract awards ensure our littoral combat ships will continue to receive the modernised MCM equipment needed to conduct their missions, allowing our sailors to operate safely and stay outside of the minefield.”
These efforts are part of the PEO USC’s portfolio managed by NAVSEA’s LCS Mission Modules programme office. It is responsible for delivering a range of systems including unmanned maritime systems, mine warfare systems, and small surface combatants. (Source: naval-technology.com)
04 Feb 25. Royal Marines test new L403A1 ‘KS-1’ battle rifle. The KS-1 was selected in 2023 as part of a wider move to replace the existing SA80A-series rifles currently in UK military service. UK Royal Marines have tested the new L403A1 ‘KS-1’ battle rifle during cold weather exercises in Norway, providing one of the UK Armed Forces’ leading combat elements a step change in lethal capability. The UK military has been seeking to introduce new personal weapons systems for use in special operations units as well as regular forces. In mid-2021, a contract notice was issued detailing the planned procurement and support of an Armalite-style rifle platform Alternative Individual Weapon (AIW) system. In a 3 February 2025 social media post, the UK’s Defence Equipment & Support agency, the procurement arm of the country’s Ministry of Defence, said the “modern and high-precision” L403A1 ‘KS-1’ AIW rifles would enhance military capability, particularly in “high-threat environments”.
An earlier 31 January release from the Royal Navy, the parent service of the Royal Marines, said new equipment – such as the L403 rifle and snowmobiles – was being rolled out amid “intensive, extreme, cold weather training” in Norway. Nearly 2,000 personnel from across the UK Commando Force were reported to be operating in Norway’s mountainous terrain during Winter Deployment 25. The exercises took place near Camp Viking in Skjold, northern Norway, some 74 miles south of Tromsø.
The 2023 selection of the L403A1 ‘KS-1’ battle rifle as the AIW was conducted under Project Hunter, intended to deliver a new battle rifle for the UK military’s Special Operations Brigade. The programme was thought likely to influence the wider replacement of the SA80A2/A3 bullpup rifles under Project Grayburn. First entering service in the 1980s, the SA80 bullpup assault rifle has gone through a series of upgrades and iterations, with the SA80A2 being created in 2002 following a mid-life upgrade, followed by the SA80A3 in the mid-to-late-2010s. The latest variant, known as the L85A3, has been gradually rolled out across the British Army. It has been used by UK forces in recent conflicts in Iraq and Afghanistan, as well as more distant conflicts such as the first Gulf War and the unrest in Bosnia as part of UN peacekeeping operations. The SA80 suffered through significant jamming and operational failures when employed in adverse environmental conditions, prior to the introduction of the more recent variants. Manufactured by Heckler and Koch, the SA80 fires the NATO standard 5.56×44 ammunition. In January 2022 a Parliamentary written response revealed that the UK had a total inventory of 134,912 SA80A2 variants and 17,900 SA80A3 variants, held across defence. (Source: naval-technology.com)
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About Galvion:
Galvion designs, develops, and delivers mission critical head, face, and torso protective solutions as well as intelligent power and data management systems for the world’s most demanding military and tactical teams. Founded in 2002 as Revision Military, a foundational belief in calculated investment and capability expansion led to a strategic refocus, resulting in the divestiture of the protective eyewear business, along with the Revision name, in 2019. Rebranded as Galvion, the company’s products and technology continue to evolve beyond purely passive protection, focusing instead on active systems that enhance performance and survivability, with an eye to the ever-changing demands of the modern battlefield. Through advanced design, keen end-user insight and intelligent integration, Galvion engineers uniquely customized solutions that go beyond what was once thought possible.
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