Atrius Development Group

Bundeswehr’s Luchs 2 Reconnaissance Vehicle: Rheinmetall Receives Orders for CT-025 Medium-Calibre Turret, Oerlikon KBA 25 Automatic Cannon and Modern Simulators

February 25th, 2026

Rheinmetall will contribute to the reconnaissance capabilities, combat effectiveness and training of the German Army’s Intelligence and Reconnaissance Corps. General Dynamics European Land Systems (GDELS) is the prime contractor for the next generation ‘Luchs 2’ reconnaissance vehicle of the Bundeswehr, which is due to be delivered from 2029 onwards. GDELS has commissioned Rheinmetall to supply the turret, main armament and corresponding simulators. The contract was signed in Kaiserslautern at the beginning of February 2026. The total order value is in the mid three-digit million-euro range.


“We are grateful for the trust that GDELS and the Bundeswehr have placed in our products and capabilities”, said Timo Haas, Head of the Digital Systems Division. “The Luchs 2 contract package is a significant success for our Bremen site and our colleagues in Rome. At the same time, it sends a strong signal in favour of European defence cooperation”.

The largest share of the Luchs 2 contract package will be fulfilled by Rheinmetall Electronics GmbH in Bremen. At first, 274 CT-025 turrets are to be delivered by 2031, marking the first major order of this newly developed, modular, unmanned turret system. The Luchs 2 will receive a modified version of the CT-025, complying with the specific requirements of the Bundeswehr. The newly developed Rheinmetall turret will serve as a technological base platform for different mission profiles, and combines high operational capabilities with maximum adaptability to operational and logistical requirements. 
State-of-the-art sensor technology and digital networking give the turret particular strengths: a stabilised vision system enables precise counter-attacks against ground and air targets, including drones (UAVs). The fully digitalised fire control system with inertial weapon stabilisation, a ballistic computer and GVA/NGVA-compatible interfaces, ensures maximum accuracy, even when the vehicle is in movement. 

Furthermore, the Bundeswehr version of the CT-025 features a turret hatch supplemented by ballistic protection, allowing an open protected position while commanding the vehicle in motion. To comply with the maximum weight requirement, the ammunition supply has been adapted according with the mission. Additionally, the height profile has been optimised to ensure compatibility with other platforms. 

The CT-025’s open, modular framework enables full integration into the Rheinmetall Battlesuite, the Group’s digital ‘capability store’. This allows functions such as AI-supported target tracking or mission-specific software upgrades to be quickly and flexibly integrated without hardware modifications.

The German Army’s mechanized reconnaissance forces will soon be fighting with the tried-and-tested Oerlikon KBA 25 mm automatic cannon. Manufactured by Rheinmetall Italia S.p.A. in Rome, it is Rheinmetall’s most widely produced weapon in the NATO standard calibre of 25 mm x 137. Manufactured over 6,000 times, it combines a battle-proven design with outstanding reliability. With three firing modes (single shot, rapid single fire /175 rounds per minute and burst fire /600 rounds per minute), dual belt feed and a range of up to 2,500 metres, the CT-025 offers versatile firepower. The Oerlikon KBA 25 mm is a cost-effective, scalable solution offering high effectiveness against a wide range of targets due to the variety of 25 mm x 137 ammunition types available. It can penetrate the armour of most modern armoured personnel carriers. 
With a firing rate of 600 rounds per minute – the highest in its category – and thanks to the new 25 mm x 137 proximity fuse ammunition technology, it also provides an effective protection against drones. The dual belt feeder allows two different types of ammunition to be loaded as well as a fast interchange between the two. This turns the KBA 25 mm into a thorough, multi-purpose weapon. Its low recoil enables it to be installed on various platforms, ranging from heavy tracked vehicles to light armoured 4×4 reconnaissance vehicles. It is suitable for both manned and unmanned turrets, as well as anti-aircraft mounts and naval applications. This paves the way for a cross-sectional main weapon for the Bundeswehr, enabling synergies in training, maintenance and logistics.

Modern simulation technology, also supplied by Rheinmetall Electronics, will soon be used to provide comprehensive, mission-oriented, modern training for reconnaissance soldiers. GDELS has commissioned the development and delivery of six combat simulation training devices for vehicle-based reconnaissance troops (AGFS). The reference system is scheduled for delivery in mid-2028 and will later be upgraded to the same standard as the other five devices in the series.

The AGFS is a highly realistic simulator, recreating the battlefield. Its precise replication of key elements, such as vehicle logic, sensor technology and ballistics, enables highly realistic training in line with the ‘train as you fight’ concept. The AGFS is designed to enable networking with other AGFS simulators or other compatible systems. Rheinmetall is developing the AGFS on the same technological basis as the firing and combat simulators already under contract for the Puma infantry fighting vehicle, the heavy weapon carrier and the Schakal wheeled infantry fighting vehicle.

Rheinmetall has also been commissioned in the field of live simulation. The established training device, the AGDUS combat simulator, will be fully integrated into the coming vehicle fleet. The laser-based training tool will enable army reconnaissance troops to train in realistic conditions – from firing exercises to large-scale exercises in the combat training centre in all types of operations. Rheinmetall is thus relying on the installation already proven in the Puma and Lynx programmes, which enables laser-based combat using original display and control elements.

Global Military Products Receives Contract to Provide Scorpion Light Mobile Mortar System on the Polaris MRZR Alpha 6×6

February 25th, 2026

TAMPA, FL – (Feb. 24, 2026) Global Military Products, a Global Ordnance Company, received a contract to deliver its Scorpion Light mobile mortar system through the Naval Surface Technology & Innovation Consortium for the U.S. Marine Corps. Mounted on the Polaris MRZR Alpha 6×6, the fully integrated platform enhances the mobility, lethality, operator safety and air transportability of these assets.

“This contract signals a step forward in the Marine Corps’ mortar modernization,” said James Knight, director, Global Military Products. “This partnership delivers a revolutionary ‘shoot and scoot’ capability designed for expeditionary forces operating in high-threat, dispersed environments by providing critical indirect fire support to light infantry formations.”

The Scorpion Light mobile mortar system can be deployed, fire 8 rounds and relocate in less than 2 minutes, which was recently demonstrated on a range at Quantico in conjunction with the Marine Gunners Symposium. Rapid emplacement and displacement are critical for survivability on a modern battlefield, allowing mortar teams to engage targets and reposition before an adversary can return effective counter-battery fire.

The Scorpion Light mobile mortar system will also incorporate an advanced digital fire control system that enables rapid, accurate targeting and re-aiming with minimal crew intervention. Marines can use the rapid-fire control system to engage multiple targets quickly and efficiently during combat operations, elevating operational efficiency, while the expanded payload of the MRZR Alpha 6×6 variant allows for 48 mortars to also be transported.

The pre-production MRZR Alpha 6×6 is manufactured by Polaris. This TRL-8 prototype vehicle is a two-seat platform with a 65 percent larger cargo bed optimized for heavier systems and payloads, like the Scorpion Light. The vehicle has 3,600 lbs (about 1632.93 kg) of payload available, with 3,000 lbs (about 1360.78 kg) of that available in the extended cargo bed. The third axle and short wheelbase also have a positive impact on mobility, enhancing performance in soft soil, mud and bogs. The MRZR Alpha 6×6 maintains top speed and has more than 90 percent parts commonality with the base MRZR Alpha that are currently being fielded with the U.S. Marine Corps and U.S. Special Forces.

With its ability to be internally transported by a V-22 Osprey helicopter, the integrated Scorpion Light and MRZR Alpha 6×6 platform provide rapid deployment in remote and austere environments.

The firm-fixed price contract has a ceiling of $4.9M. Once delivered, the systems will undergo Marine Corps live-fire testing and evaluation.

Enforce Tac 26 – Galvion

February 25th, 2026

Leaning into the Teutonic theme, Galvion is giving away this helmet during this year’s Enforce Tac.

Enforce Tac 26 – TACWRK

February 25th, 2026

Every year during Enforce Tac, the TACWRK team comes up with a cool morale patch. This year they are leaning into the #dingetun theme with the Rambo III-inspired Blaues-Licht (Blue Light).

During the movie, our hero uses blue chemlights which leads to this famous dialogue exchange.

Hamid: “What’s this for?”

Rambo: “It’s blue light.”

Hamid: “And what does it do?”

Rambo: “It shines blue.”

Army Doctrine Writers Embrace AI to Speed Knowledge to the Force

February 25th, 2026

FORT LEAVENWORTH, Kan. – The process of writing Army doctrine, traditionally measured in years, is getting a 21st-century upgrade. Thanks to digital tools, some enabled by artificial intelligence, authors at the Combined Arms Doctrine Directorate are examining processes and gaining efficiencies without sacrificing their high standards for quality and precision.

“We have had people ask us about using AI and large language models to speed up the doctrine development process for years,” said CADD Director Richard Creed, Jr. “So, when some of these tools became available the first thing we did was figure out their capabilities. That meant that we needed to identify people on our team with some AI experience from using civilian applications who could help us figure out what was possible.”

Two officers, Lt. Col. Scott McMahan, a doctrine writer in the Operational Level Doctrine Division, and Maj. Matthew Martinez, CADD’s Information Management Officer, took leaders’ guidance and developed a four-pronged strategy to equip every doctrine writer with the skills and tools necessary to leverage AI effectively. The strategy began with foundational training for all CADD members, allowing them to apply approved AI tools to their work immediately.

To foster expertise, the plan also calls for training a “master gunner,” someone highly qualified in using AI tools, within each doctrine division. These experts can then help their teams tackle more difficult challenges and find advanced applications for the technology. Furthering the integration, AI best practices are being formally incorporated into the Doctrine Developer’s Course, ensuring future writers are introduced to these techniques from the start.

Finally, CADD leaders are working with the Combined Arms Command and industry partners to build a purpose-made AI tool. This new software will be designed for all Army doctrine writers, but it will be especially helpful to authors at the Centers of Excellence, where personnel and time are often scarce.

According to McMahan, the answer is not in “letting AI write the books” that guide the force. Instead, it is about providing human experts with powerful new assistants. “You treat it like a resourceful and motivated young officer who might not know all the information, but they can certainly assist you in cutting some corners and being a little more efficient,” he said. “The bottom line is that eventually it should, even if you’re just shaving at the margins, it’s going to speed up the time when doctrine will reach Soldiers in the field.”

Creed said his guidance was always to treat technology as a tool, not a panacea. “Because we have such good people, I expected that we would stay abreast of developments and be ready when the tools were ready,” he said. “They came up with an approach that would make one person in each doctrine division an AI subject matter expert while training everyone else in the basic use of AI for tasks related to their job. It was no different than ensuring all Soldiers are combat lifesavers while assigning an actual medic to each platoon.”

So far, changes have been small, but those small changes add up when looking at multiple individual and project tasks. One example is an internally developed tool that gives writers the ability to quickly search in hundreds of texts for historical vignettes that illustrate a complex doctrinal point. This task could once have taken days of research, especially for a new doctrine author.

“The large language model tools under development now have access to the databases we needed access to in the past. Access to the data is the foundational measure of whether the tools are useful to us. We tip our hats to those who figured out how to do that,” said Creed.

Another use of AI is something McMahan calls “breaking the blank page.” The tool can help writers get through creative blocks and generate ideas. “We were looking for some more meat for an idea,” he said. “We were able to feed this tool some initial thoughts, and of the three paragraphs it spit out, one sentence was used, but that was a really powerful and useful sentence.”

Blending technology and in-house experience is reducing administrative burdens for doctrine authors and staff in several ways. For instance, digital tools that assist with grammar and readability free authors to focus on the complex aspects of their work, which in turn saves valuable time for CADD’s high-demand editors. This efficiency extends beyond writing, as leaders have improved the publications tracking process with automated forms and use of Power Business Intelligence, and individuals are creating their own self-study tools to prepare for internal certification.

McMahan recognizes the technology is not perfect, but notes that it is improving over time. He said that AI models can “hallucinate” by inventing facts or confuse source materials when asked a question. These are critical flaws in a field where accuracy is paramount. In one case, an AI-generated question for a doctrine test was based on an outdated manual, an error that was only caught because the user creating the test was an expert on the topic.

Situations like this drive home why subject matter expertise is paramount. “We made it perfectly clear that AI tools were not intended to be a crutch for not doing the work we expect from our people,” Creed said. “Humans will review every line of what an LLM produces for accuracy. To make sure that happens one must make sure your people know their business.”

To learn more about Army doctrine and the Combined Arms Doctrine Directorate visit the Combined Arms Command’s website.

By Randi Stenson, MCCoE Public Affairs

B.E. Meyers & Co. at Enforce Tac 2026

February 24th, 2026

February 23, 2026 (Redmond, WA)B.E. Meyers & Co., Inc., a defense technology manufacturer specializing in advanced photonics solutions for military, law enforcement, consumer, and aerospace applications worldwide, will be with JK Defence And Security, February 23rd-26th, in booth #8-418 at the Exhibition Centre Nuremberg in Nuremberg, Germany.

Established in 2012, Enforce Tac offers mission-critical solutions for homeland and homeland security, enabling direct, discreet interaction with a wide range of security experts and qualified manufacturers from around the world. It serves as a valuable platform for networking, collaboration, and showcasing cutting-edge technologies and solutions in the field of defense and security.

If you are interested in scheduling a meeting with a member of our team, please do not hesitate to contact us at info@bemeyers.com. Otherwise, please pay us a visit at the JK Defence booth to see the latest VCSEL-based laser systems and more from B.E. Meyers & Co. including our signature Defense Systems product lines:DAGIR®, IZLID®, MAWL®, GLARE®, and BOARS® M2.1, or visit our current Defense Systems and Integrated Systems product catalogs at bemeyers.com/catalogs.

Patrol Incident Gear Launches PIG (FDT) OPFOR Glove for Force-On-Force Training

February 24th, 2026

St. Louis, MO (February 24, 2026)- Patrol Incident Gear, LLC., introduces a new glove for marking cartridge training called the .

The ALL-NEW PIG (FDT) OPFOR Glove protects hands from marking cartridge injuries by combining industry-leading design with the impact-stopping protection of precision molded TRP pads.

Getting hit in the bare knuckle by a UTM® or Simunition® round (especially of the 5.56mm variety) can not only derail a promising career in hand-modeling, but leave lasting dexterity issues. YES – pain is an essential component to marking cartridge training, but NO – hand injury that can affect real world gun-handling ability is not a desired outcome.

PIG’s signature tapered and sensitized trigger-finger delivers the best trigger sensitivity on the market. The touch screen compatibility of the trigger finger and thumb allows you to shoot, move & communicate on your high-speed device without removing your gloves.  Tested by private training companies as well as Federal, State and local LE personnel, the PIG (FDT) OPFOR was roundly lauded as a game changer for training, especially for role players.

If you participate in scenario-based training that involves marking cartridges, or sports like airsoft or paintball, the PIG (FDT) OPFOR is the glove you’ve been waiting for.

Available online purchase at SKD Tactical. Please direct all quotation requests to pig.gloves@skdtac.com.

Integris Composites Developing Armor for Military in Arctic Circle

February 24th, 2026

Announces Global Integris Arctic Armor Development Team (AADT)

TYSONS CORNER, Va. – Feb. 23, 2026 – Returning from the annual meeting of its global leaders in Iceland during one of the deepest and longest cold snaps in North America, Integris Composites, a leader in military and law enforcement survivability, announced plans to develop a new generation of ballistic composites for troops and equipment that operate in the Arctic Circle.

“A combination of climate warming and global shifts in defense strategy are leading to an increased military presence in the Arctic,” said David Cordova, chief commercial officer of Integris Composites Inc.

Integris Composites, with its global teams of technical and engineering armor specialists in compounding composite armor, testing, simulation, modeling and rapid prototyping, is in a unique position to research and develop lightweight solutions that will perform in harsh, frigid conditions.

“We’ve created the Integris Arctic Armor Development Team (AADT), a cross?disciplinary research, development and engineering squad,” Cordova said. “This AADT team is international. It includes expertise and data from across our global resources,” added Cordova who leads the U.S. commercial team.

“We stand ready to provide independent research and development (IRAD) or contract R&D (CRAD), depending on the situation,” Cordova said, noting that the company has more than three decades of experience developing armor for personnel as well as land vehicles, aircraft, ships and boats.

The new role of the Arctic in defense

Once considered a remote buffer at the top of the world, the Arctic has become a frontline security theater as receding sea ice opens new shipping lanes, resources and avenues of approach to North America and Europe.

Melting ice has already driven a sharp increase in commercial and military traffic, with studies showing double?digit growth in ship movements across the High North over the past decade.

At the same time, Russia has reopened Soviet?era bases, expanded its Northern Fleet and deployed advanced radar and missile systems across its Arctic coastline, while coordinating more closely with China through joint patrols and exercises that extend into Alaskan and North Atlantic airspace. NATO and U.S. planners now treat the region as a critical avenue for power projection, missile warning and homeland defense, investing in new strategies, training and infrastructure to ensure allied forces can fight and survive in extreme cold weather.

In this emerging environment, Arctic?ready protective systems for soldiers, vehicles, aircraft and critical infrastructure are becoming an essential enabler of credible deterrence and sustained operations in the High North.

The time is now

Defense ministries are updating Arctic strategies and accelerating investments because the military balance in the region is shifting in real time.

• Russian and Chinese forces have conducted more than a hundred air and maritime incursions near Alaska and the North Atlantic in recent years, prompting calls in Washington and allied capitals for new ice?capable platforms, hardened bases and cold?weather training across the force.

• Climate change is compressing timelines further as new sea routes shorten transit between Asia, Europe and North America and make northern resource fields more accessible to both state and commercial actors.

Against this backdrop, militaries are seeking partners that can rapidly translate threat intelligence and environmental data into tested, certified solutions that protect people and platforms without compromising mobility or sustainability in subzero conditions.

By launching a focused Arctic armor initiative now, Integris aligns its development roadmap with urgent customer requirements and upcoming procurements, positioning the company to support allies as they redefine what credible defense looks like above the Arctic Circle.

The Integris advantage: experience and accelerated innovation Integris Composites brings more than three decades of experience designing and qualifying lightweight armor for personnel, land vehicles, aircraft and marine platforms, supported by Integris’ experience supporting next-generation vertical lift platforms such as the U.S. Army’s MV-75

Future Long-Range Assault Aircraft (FLRAA) underscores the company’s ability to engineer lightweight survivability solutions to sustain the demanding operating range requirements of the equipment. The company’s integrated development model combines extensive ballistic test data, advanced predictive modeling, high?fidelity simulation and rapid prototyping to compress the cycle from concept to fieldable solution, an approach it has branded “Accelerated Innovation” and is employing on major defense programs such as the U.S. Army XM30 combat vehicle.

Integris applies a data-driven development approach—conditioning materials at controlled environments, validating performance through live-fire testing, and correlating results with high-fidelity modeling and simulations—to ensure composite armor solutions maintain structural integrity, energy absorption, and damage tolerance in Arctic-like environments.

Dedicated ballistic laboratories and an instrumented shooting range allow Integris teams to condition materials at controlled hot and cold extremes, then correlate those results with virtual models to validate performance under Arctic?like temperatures, blast loads, and multi?hit scenarios.

This continuous loop—linking test data, certifications, modeling and simulation—supports multiuse of data across programs, enabling customers to de-risk designs earlier and reuse proven configurations for new platforms or threat profiles.

“We have tested and qualified armor for personnel, vehicle, and aviation applications performance required at cold temperatures, such as seen in the Arctic, across various platforms globally, said Erik Johnson, senior vice president of engineering.

“We have previously demonstrated we can developarmor that performs at the most extreme temperatures, and welcome future development opportunities at those extremes.”

Building on the company’s independent research and development, and customer?funded efforts, the new Arctic Armor Development Team will apply these capabilities to create mission?tailored, rapidly prototyped solutions that help keep warfighters and critical assets protected in some of the harshest conditions on Earth.

About Integris Composites

Integris Composites is a global engineering company specializing in composite armor for land vehicles, aircraft, naval vessels, protective housings for optronics and other sensitive technologies, and personal protection. With more than 30 years of experience, the company has earned Tier One supplier status with major aerospace original equipment manufacturers including Bell, Boeing, Airbus and Embraer.

Formerly TenCate Advanced Armor until 2023, when the company was renamed Integris Composites, the business has built a reputation for innovative survivability solutions across military, law enforcement and security applications worldwide.