XC3 Weaponlight

GM Defense Reveals New General Support Utility Platform (GSUP) for the First Time Globally

September 10th, 2025

LONDON – GM Defense, which formed Team LionStrike with BAE Systems and NP Aerospace to compete for the UK’s Light Mobility Vehicle Programme, is launching its new General Support Utility Platform (GSUP) at DSEI in London, to equip the armed forces with the most advanced technology.

The new General Support Utility Platform is a rugged, high-performance, multi-mission vehicle designed for rapid configuration and deployment across a range of operational scenarios – delivering mobility, payload, capacity and flexibility. It is equipped with STORM Vanguard’s modular Rapid Adapt and Deploy System (RADS) – a game-changing modular system offering – and features GVA comms integration with Ultra PCS.

The vehicle is backed by Team LionStrike, a new collaboration focused on offering the UK MoD a mobility solution to rapidly modernize its ground vehicle fleet. The team is working together in pursuit of the UK Ministry of Defence’s Light Mobility Vehicle (LMV) programme and will also address broader opportunities across NATO and allied nations. Team LionStrike will also deliver economic growth as part of the Land Industrial Strategy, and significant export growth potential.

Team LionStrike is building a sustainable supply chain and delivery ecosystem in the UK. The team will be supported by GM’s leading industry partners, NP Aerospace and BAE Systems and is also anchored by GM’s worldwide parts distribution system.

“Our objective with Team LionStrike is to support the UK Ministry of Defence’s goal of rapidly modernizing its ground vehicle fleet, providing soldiers the best tools to perform their mission,” said Steve duMont, President of GM Defense. “Vehicles like our General Support Utility Platform and our flagship Infantry Squad Vehicle are designed to deliver major advancements in operational capability and performance, along with unmatched safety and reliability.”

The new General Support Utility Platform is a high-performance, customizable multi-mission vehicle built on GM’s advanced technologies.

Key features include:

• GVW of 3500kg

• Payload of up to 1339kg

• Multi-variant solution

• Live 2,000 vehicle per month production line

• LHD and RHD options

Learn more about Team LionStrike and GM Defense’s strategic initiatives by visiting GM News.

UF PRO Featured Law Enforcement-Oriented Solutions at NTOA 2025

September 10th, 2025

KOMENDA, SLOVENIA (09.09.2025)

UF PRO, part of Mehler Systems and a leading provider in the tactical clothing industry, participated in this year’sNational Tactical Officers Association (NTOA) LawEnforcement Operations Conference & Trade Show. Theevent was held from 24 to 25 August 2025 at the GaylordNational Harbor in Washington, DC, and is recognised as one of the most important gatherings for law enforcement andtactical decision-makers in North America.

At booth 729, UF PRO presented its range of tactical clothingsystems developed for law enforcement personnel operatingin demanding environments. The exhibition focused on lightweight, durable combat uniforms and outerwearengineered for high mobility, moisture management, andresilience.

Selected garments were available for direct inspection andtry-on, enabling attendees to examine material quality andfunctional features in detail.

The NTOA Conference also facilitated valuable dialogue withlaw enforcement professionals from across North America. Through this engagement, UF PRO strengthened itspresence in the U.S. market and further demonstrated itscommitment to serving law enforcement communities.

For further information about the products presented, pleasevisit: ufpro.com/int

Origin Robotics Unveils BLAZE, a Cost-Effective Drone Interceptor with AI-powered Computer Vision

September 10th, 2025

RIGA, Latvia (May 6, 2025) – Defence tech startup Origin Robotics has launched BLAZE, an autonomous counter-unmanned aerial system (C-UAS) interceptor designed to neutralize fast-moving aerial threats with precision and speed. As drones become an increasingly dominant force on the modern battlefield, BLAZE offers a cost-effective solution to counter them, filling the gap between traditional gun-based air defence and high-cost missile interceptors. The interceptor is aimed to strengthen the defence capabilities of European countries amid rising threats and geopolitical uncertainty.

Drones have reshaped modern warfare, dictating battlefield strategies and shifting the balance of power. Their widespread use, particularly in Ukraine, has demonstrated both their effectiveness and the high cost of countering them. In January 2025 alone, Russia launched over 2,500 drones into Ukrainian territory – an average of 80 drones per day. This escalation underscores the urgent need for advanced yet cost-efficient air defence solutions.

Agris Kipurs, CEO and co-founder of Origin Robotics, said, “In asymmetric warfare, drones are relatively inexpensive and widely deployed to overwhelm air defenses and strike targets both at the frontline and deep behind it, making it challenging and costly to counter. We designed BLAZE specifically to address this threat—a fast, intelligent, and cost-effective addition to existing air defense systems. We remain committed to delivering cost-efficient and adaptable solutions to support Europe and NATO allies in addressing existing and future security challenges.”

BLAZE is a man-portable, rapidly deployable interceptor designed to defeat fast-moving aerial threats, including loitering munitions and hostile UAVs. The system combines radar-based detection with AI-powered computer vision, delivering autonomous target acquisition and operator-approved interception. Equipped with a high-explosive (HE) fragmentation warhead, it ensures precise and effective threat elimination, even in contested environments.

The system autonomously detects, acquires, and locks onto targets using a combination of radar tracking and AI-powered computer vision. Upon operator confirmation, the system executes a precisely calculated attack—either destroying the target on direct impact or engaging it with an airburst fragmentation detonation.  BLAZE delivers high mobility, scalability, and cost-efficiency for modern armed forces.

As an operator-supervised autonomous system, it ensures the operator retains final-stage control, including the ability to issue a wave-off command that directs the BLAZE to either return safely or self-destruct. This capability allows immediate deployment even in scenarios with uncertain target identification, significantly reducing the risks of friendly fire and minimizing collateral damage.

The interceptor is designed for quick deployment and high-intensity operations. The first drone can be launched in under five minutes, with subsequent launches taking less than a minute. Compact and portable, BLAZE’s transport case doubles as a launch station and charging dock. Its tool-less setup ensures it is flight-ready in under ten minutes.

Following the battlefield-proven success of its flagship drone system, BEAK, currently deployed by the Ukrainian and Latvian Armed Forces, Origin Robotics continues to develop scalable, next-generation technologies for modern warfare. Thanks to BEAK’s rapid deployment and proven capabilities, Origin has quickly earned recognition for its technology and built trust in its autonomous aerial systems—reflected in an R&D contract from the Latvian Ministry of Defence and a grant from the European Defence Fund.

DSEI 25 – C2R FAST Chameleon Plate Carrier System

September 10th, 2025

Here’s an update on the C2R FAST Chameleon plate carrier system which looks you to quickly change the color/pattern of the vest.

The new version is compatible with their buoyancy system, offering additional space for the bladders.

DSEI 25 – Thales ACAR

September 10th, 2025

Thales exhibited the lasted version of their Australian Combat Assault Rifle manufactured by Lithgow.

They caliber, twist rate, finish, and performance for any mission.

Calibers offered include:

5.56mm, 458 SOCOM, 6.5 Grendel, 6mm ARC and 300 BLK.

The ACAR features a cold hammer forged for superior accuracy and chrome-lined barrel for durability, and is designed Future-ready and transfer-of-technology capable to continually evolve against emerging threats.

DSEI 2025: AimLock and Teledyne FLIR Defense Collaborate on Autonomous Kinetic Capabilities

September 10th, 2025

At this year’s DSEI event in London, AimLock’s autonomous targeting and engagement systems will be showcased on Teledyne FLIR’s SUGV and Kobra ground robots 

LONDON, 10 September 2025 – Today at DSEI UK 2025, AimLock, a pioneer in autonomous targeting and engagement systems, announced it is collaborating with Teledyne FLIR Defense to provide autonomous kinetic capabilities for the company’s SUGV™ 325 and Kobra™ 725 ground robots.  

AimLock’s systems, powered by the company’s Core Targeting Modules (CTMs), will support Teledyne FLIR’s robots in delivering decision-accelerating kinetic autonomy across key mission sets in Counter-UAS, Force Protection, Direct Action, Integrated Defense, Strike Anti Armor, and Support by Fire. As the autonomous battlefield continues to evolve, both companies will be displaying these mission-critical systems at their booths during DSEI. 

On Display at Teledyne’s Booth (S3-110):  

Teledyne FLIR’s SUGV 325, Integrated with AimLock’s RS-2 Solution with Dual 40mm Grenade Launchers SUGV 325, a backpackable robot that offers a versatile solution for a variety of missions, will be integrated with AimLock’s RS-2, a remote engagement speed and accuracy system that powers automated target acquisition and firing solutions. R-S2 can be affixed with a range of weapon systems: dual 40mm grenade launchers, quad M72 rocket launchers, a lightweight machine gun, .50 caliber semi-automatic rifle, and more. 

The R-S2 provides:  

Multi-sensor AI targeting: The system uses edge-processed, multi-modal sensors with AI-enhanced target detection, classification, recognition, and identification. 

Automated stabilized firing: two-axis stabilized positioners provide automated firing solutions with corrections for target and platform motion, environmental conditions, and targeting ranges. 

Flexible integration: open architecture control interfaces integrate into larger combat systems or standalone use, with platform kits available for manned and unmanned air and ground vehicles. 

On Display at AimLock’s Booth (N5-260):  

Teledyne FLIR’s Kobra 725, Integrated with AimLock’s RM-1 The Kobra 725, a powerful, heavy-payload robot, will be integrated with AimLock’s RM-1, a semi-autonomous remote weapon station for medium machine gun platforms. The RM-1 provides:  

An advanced targeting system: The R-M1 combines day/night sensors, laser range-finding, active stabilization, autonomous detection, classification, tracking, and automatic firing to deliver fast, accurate engagement, even while on the move. 

Multi-threat capability: It detects and tracks small drones, vehicles, and enemy combatants, enabling 7.62mm and .338 Norma Mag machine gun engagement out to the host weapon’s effective range. 

Flexible deployment: The ultra-portable system can be mounted on tripods, buildings, vehicles, boats, and helicopters for maximum operational versatility. 

“As autonomy on the battlefield continues to become the status quo, our unique ability to provide autonomous kinetic capabilities is more important than ever,”

said Bryan Bockmon, CEO of AimLock. “We are pleased to collaborate with Teledyne FLIR Defense to power their robots with the kind of technology that helps keep warfighters safe and bring them home from the most precarious of missions.”  

“Globally, our customers are placing a sharper focus on lethality for unmanned systems, which is why our collaboration with Aim-Lock is a win-win,”

said Nate Winn, director of product management, Unmanned Systems North America, at Teledyne FLIR Defense.

“Whether it’s our SUGV or Kobra robots or Rogue 1 UAS, our highly modular platforms can easily integrate a wide range of kinetic effect systems that are proving to be difference-makers in modern warfare.”   

DSEI 25 – NODBOX

September 10th, 2025

Australia’s Platatac is exhibiting in the Edgar Brothers stand at this year’s DSEI and showed us the new NODBOX from DEVCELL.

NODBOX is an injection molded clamshell case for the AN/PVS-31A & C night vision goggle. Impact and crush resistant, it is made from injection-molded nylon with a bungee to hold it closed.

Versions for other models coming in the future.

Contact Platatac or DEVCELL for more information.

Gentex Partners with Anduril to Enhance U.S. Army Soldier Borne Mission Command with Integrated Helmet and Comms Systems

September 10th, 2025

CARBONDALE, PA, September 9, 2025 – Gentex Corporation is proud to announce its role as a key partner in the U.S. Army’s Soldier Borne Mission Command (SBMC) program, awarded to Anduril Industries. Under this contract, Gentex will provide advanced helmet and communications integration to support the Army’s next-generation Heads Up Displays (HUDs), ensuring seamless soldier adoption and enhanced survivability in the most demanding environments. 

“This program represents the next step in connecting soldiers with the tools they need to outpace evolving threats. Gentex is proud to bring our proven platforms and capabilities to SBMC, ensuring that cutting-edge HUD technology integrates seamlessly into protective systems already trusted on the battlefield,” said L.P. Frieder III, President & CEO, Gentex Corporation. 

As part of the SBMC ecosystem, Gentex will leverage its industry-leading Ops-Core® helmet systems and AMP® communication headsets to provide the scalable, modular foundation required for optimal HUD integration. Building on extensive feedback from the Integrated Visual Augmentation System (IVAS) program, the SBMC effort represents the next step in equipping soldiers with mission-ready hardware that combines protection, comfort, and connectivity in one platform. 

Gentex’s role in SBMC ensures HUD technology integrates seamlessly with combat-proven helmets and communications systems already trusted by the U.S. Army and allied forces worldwide, while also contributing expertise to the development of future soldier-vision technologies. The result is a scalable, mission-ready system that reduces complexity, accelerates decision-making, and enhances survivability while delivering both immediate impact and a foundation for the next generation of soldier-vision capabilities.