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Mehler Protection Unveils New Close Range Active Counter-UAS System for Land Vehicles at Enforce Tac 2026

Monday, February 23rd, 2026

KÖNIGSLUTTER, GERMANY (23 February 2026)

Mehler Protection presents SCILT, a new close-range protection system to counter drones attacking land vehicles from short range and low angles. The system is presented for the first time at Enforce Tac 2026.

Uncrewed Aerial Systems (UAS) increasingly no longer approach only from above. Instead, they emerge from terrain, ditches, flanks, and rear sectors, appearing at very short distance and leaving minimal reaction time. SCILT is conceived specifically to address this immediate close-in envelope, where conventional mobile air-defence systems and unit-level counter-UAS solutions reach detection and defeat limits.

SCILT is conceived as a dedicated last protective layer for individual vehicles, addressing the gap between large-scale mobile air defence systems and passive vehicle protection. Designed to counter small drones, including FPV drones, kamikaze drones, and loitering munitions, SCILT operates in close and very close-range engagements and is intended to defeat both single drones and multiple simultaneous threats in the immediate hazard zone.

The system combines effector modules, sensors, and operating logic directly on the vehicle, enabling defence against drones approaching from lateral and frontal directions as well as low-angles. Sensor kits can include electro-optical and other close-range surveillance sensors to support detection and operator decision-making. Cost-effective effector solutions support scalable employment across different mission profiles.

Key characteristics include:

  • Close and very close-range protection against drones
  • Sector-based configuration, allowing individual directions to be activated or deactivated depending on formation and movement
  • Three staged alert levels: detection alert, approach alert, and trigger alert
  • In its first version, SCILT operates deliberately with a man-in-the-loop architecture, with further automation planned as technology, procedures, and approval processes evolve

Effector modules use market available standard ammunition types in shotgun-calibre, ranging from rubber projectiles to hardened-core, tungsten-carbide fragment, and armour-piercing variants. This effector spectrum enables controlled hazard areas and scalable effects depending on scenario requirements, while cost-effective effector solutions support employment against both single drones and multiple simultaneous threats.

SCILT is controlled via a vehicle data bus and integrates into existing vehicle architectures. Where such interfaces are not available, the system operates as a self-contained package with its own close-range surveillance and control chain. Remote control units can be installed at multiple positions inside the vehicle.

The development of SCILT has been ongoing for approximately one and a half years. Mehler Protection conducted 48 test campaigns, including external and terminal ballistics, temperature behaviour, trigger reliability testing, and fragment-density measurements to determine the optimal effective range.

The first version of SCILT is planned to be available from summer 2026 as an effector package with sensor kits and control units that can be integrated into different vehicle configurations.

SCILT builds on Mehler Protection’s long-standing platform protection portfolio across land, air, and sea. The company supplies protection solutions for helicopters, land vehicles and naval systems, and is a main supplier of protection systems for almost all naval platforms currently under construction for the German Navy.

Learn more about Mehler Protection’s platform armour solutions.

Successful Testing: Rheinmetall Demonstrates the FV-014 Loitering Munition System to a Potential NATO Customer

Monday, February 23rd, 2026

Rheinmetall has successfully demonstrated its new FV-014 loitering munition system to a potential NATO customer. The demonstration took place on 18 February 2026 at the National Test Centre for Unmanned Aerial Systems of the German Aerospace Centre (DLR) in Cochstedt, Saxony-Anhalt. During the demonstration, the FV-014 loitering munition system (LMS) simulated various mission scenarios and attack flights. For Rheinmetall, the successful test marks another milestone in its loitering munition activities.


Rheinmetall’s state-of-the-art LMS FV-014 is designed for dynamic combat deployment at ranges of up to 100 kilometres. The system combines high effectiveness against armoured and soft targets with state-of-the-art sensor technology, network capability and deployment options even in GNSS-jammed environments.
The FV-014 is designed as a true LMS, combining reconnaissance and effect in a single system. It supports tactical units in combating high-value point targets, such as combat vehicles, artillery positions or command vehicles, over long distances beyond the line of sight. 

The system is launched from a launch container using a booster, but can also be deployed from a multi-launcher. After launch, the FV-014 unfolds its folding wings and transitions to aerodynamic flight. The system has an operational range of up to 100 kilometres with a flight duration of 70 minutes, providing sufficient time for observation, target selection and attack decision-making.

Operation and system integration
The FV-014 is initially designed as a portable system for use at troop level and is controlled via a user-friendly ground station that enables permanent human-in-the-loop control. The operator can identify targets, fly to them, launch a precise attack or abort the mission if conditions change.

Design and survivability
The FV-014 flight body follows a classic wing concept with electric propulsion and faceted structures to reduce signatures and enable high approach speeds in the target area. The system is optimised for low acoustic and thermal signatures and can also be used in electromagnetically demanding scenarios with disrupted satellite navigation.

You can view a video of a demonstration of the FV-014 LMS at the Rheinmetall proving ground Unterluess at the following link: Loitering Munition System FV-014 | Rheinmetall

The FV-014 at a glance

? Type: Loitering munition / kamikaze drone
? Mission spectrum: Target reconnaissance, target tracking, precise single or swarm attack, deployment in GNSS-denied scenarios.
? Launch weight: approx. 20 kg with 6 kg payload. 
? Range: up to 100 km, (60 km data link range).
? Flight duration: 70 minutes.
? Warhead: approx. 5 kg HEDP (High-Explosive Dual Purpose) with a penetration capacity of more than 600 mm RHA, also effective against unarmoured targets and infrastructure.
? Transport and launch container with booster launch for quick deployment.
? Operator station with data link for real-time situational awareness and target assignment.
? Designed for swarm operations to simultaneously engage multiple targets or saturate enemy defence systems.
? Can be used in mobile and scalable launcher configurations on land vehicle platforms and seagoing units.
? Electric motor with propeller for quiet approach.
? Designed for reduced radar and IR signature.
? Robust against GNSS interference, suitable for use in highly contested airspace.

Tasmanian Tiger Introduces the TT Modular Pack 30 SL

Sunday, February 22nd, 2026

Mission-ready, short-range 30-liter modular backpack with adjustable Y2 Carrying System, engineered for military, tactical, and outdoor professionals.

Knoxville, Tenn. (February 2026) – Tasmanian Tiger®, a tactical nylon line of products distributed exclusively for the US market by Proforce Equipment, Inc., announces the release of the TT Modular Pack 30 SL, a mission-configurable short-range backpack designed to meet the demands of military personnel, law enforcement officers, and serious outdoor users.

Built around Tasmanian Tiger’s adjustable Y2 Carrying System, the TT Modular Pack 30 SL offers a 30-liter (1,831 cubic inches) capacity while providing an exceptionally wide range of back-length adjustment. The SL (Short to Long) designation reflects the pack’s ability to accommodate both shorter and taller users without compromising fit, load stability, or comfort.

The ergonomically padded back panel integrates aluminum support elements for enhanced load transfer and rigidity. A detachable rear panel with a shapeable aluminum rail allows users to customize the pack’s structure to mission-specific requirements. Length-adjustable shoulder straps and padded hip fins with zippered pockets, removable via hook-and-loop attachment, further enhance adaptability and load management.

Engineered for modularity, the TT Modular Pack 30 SL features a laser-cut MOLLE system on the front and sides, as well as MOLLE hook-and-loop panels inside the main compartment. This configuration enables extensive customization and expansion with compatible pouches and accessories. The front panel offers four MOLLE loops across by five loops vertically, while the sides provide four loops across by seven loops vertically, with one interruption.

Inside, the pack includes two hook-and-loop accessory pockets with zippers, additional inner zippered pockets, and small mesh compartments for organizing smaller items. A lid pocket with a small organizer, an additional flat zip pocket on the front, and a daisy chain provide further storage and attachment options.

The pack’s individually adjustable and removable side compression straps can be rethreaded to block the main zipper for added security. Antenna ports into the main compartment support communications equipment integration. A hook-and-loop surface on the exterior allows for identification patches and insignia.

Constructed from durable CORDURA® 700 den fabric (500 den in Multicam), the TT Modular Pack 30 SL is built to withstand rigorous operational environments. The pack weighs 4.3 pounds (1.94 kilograms) and measures 22.5x10x7.5 inches (57x26x19 cm).

With its adaptable fit, robust construction, and mission-focused modularity, the TT Modular Pack 30 SL delivers a scalable load carriage solution for short-range operations, training, and extended field use. The TT Modular Pack 30 SL is available in black, olive, and coyote for an MSRP of $399. Multicam is available at an MSRP of $499.

Check out the new 2026 product line digital catalog here. Click to see the Tasmanian Tiger Full Product Line Vol. 5 digital catalog here. Find a local dealer here for any of the exciting Tasmanian Tiger products.

Delta Three Oscar Announces Official Partnership with The Dirt Therapy Project to Support Veterans

Sunday, February 22nd, 2026

(Huntington Beach, CA – 02/19/26Delta Three Oscar, the ballistic arm of impact protection brand D3O is showing its commitment to supporting those who serve, by announcing its official partnership with The Dirt Therapy Project, a non-profit dedicated to supporting military Veterans through mountain bike experiences and community connection. 

With a mission to save lives and bring home troops safely, Delta Three Oscar will be supporting The Dirt Therapy Project’s Veteran rides throughout the year, helping promote the organization, enhance safety, and strengthen the sense of community that helps Veterans reestablish life after service. 

Delta Three Oscar was founded on a simple but powerful mission: to save lives, by delivering advanced protection solutions to military, law enforcement, and first responders. The company engineers the world’s best ballistic helmet suspension systems, ballistic protection pads to reduce back face deformation for chest plates, as well as impact protecting knee guards and underfoot shock absorbing mid soles. 

By extending its commitment to safety from the frontline and into veterans’ everyday lives, the brand is combining its 20 years of expertise in protective technology with its leadership in mountain bike protection. As a key ingredient used by leading bike brands including Troy Lee Designs, Fox, ODI, Specialized and Dakine, it is uniquely positioned to bring the best protection to Veteran mountain bike riders. By bridging these two industries, Delta Three Oscar is helping Veterans reconnect through mountain biking an activity that the team at The Dirt Therapy Project has proven to support mental wellbeing and help alleviate stress associated with active deployment. 

“Whether protecting troops on the frontline or mountain bike riders on the trail, our mission to deliver the best protection possible and bring people home safely is the same.” said Serena Thynne, Head of PR at Delta Three Oscar. “That’s why we’re proud to support The Dirt Therapy Project. We have seen first-hand the life-changing impact they have in helping Veterans transition back into their communities.”  

The Dirt Therapy Project hosts community events and mountain bike experiences which offer their members therapeutic benefits, community support, and confidence as they transition to civilian life. Through this official partnership, Delta Three Oscar will: 

• Support Veteran Ride events throughout the year 

• Provide advanced protective solutions to enhance rider safety 

• Collaborate on awareness initiatives highlighting Veteran challenges and wellbeing 

• Offer exclusive opportunities for the Veteran community to participate in select events  

“This partnership strengthens our ability to serve Veterans in meaningful ways,” said Jonathan Hagerman Founder of The Dirt Therapy Project. “With Delta Three Oscar’s commitment to protection and performance, we can continue expanding our reach and impact.” 

As the partnership rolls out across 2026, supporters can expect collaborative content, community-led ride days, and exclusive engagement opportunities that bring together veterans, riders, and the top mountain bike brands who share a commitment to protection, performance, and purpose. 

Cubic Selected to Upgrade Romania’s Live Training System with Next-Generation Capabilities

Friday, February 20th, 2026

SAN DIEGO – February 19, 2026 – Cubic Defense, a recognized leader in live, virtual and constructive (LVC) ground training, has received an award from the United States Army, Capability Program Executive Simulation, Training and Instrumentation (CPE STRI) to support the Romanian Armed Forces’ existing live training system (LTS). This effort will modernize Romania’s existing live training capabilities while strengthening NATO readiness on Europe’s eastern flank. 

“Our team is proud of the trust this frontline NATO ally continues to place in Cubic,” said Alicia Combs, Vice President and General Manager of LVC Ground at Cubic Defense. “The upgrade will transform Romania’s existing live training system into a modern, world-leading capability that will enhance rigorous, data-driven training for years to come. Romania is investing in readiness, and we are honored to stand alongside them.” 

For more than 20 years, Cubic has supported the Romanian Armed Forces, delivering training systems capable of adapting to emerging threats, new operational concepts and alliance requirements. The current effort reinforces Romania’s long-term training readiness while contributing to broader NATO interoperability. 

At the core of the upgrade is Cubic’s CATS Metrix™ system, an advanced analytics and instrumentation suite that provides precise tracking, high-fidelity weapon effects simulation and data-rich after-action review. The enhanced system will give commanders greater insight into soldier and unit performance through real-time data capture and analysis. 

The upgraded live training system will deliver: 

  • Enhanced accuracy and reliability across force-on-force training 
  • Integrated CATS Metrix analytics for measurable performance insights 
  • Expanded interoperability with NATO partners 
  • Scalable architecture designed to grow with Romania’s future training needs 

Breakthrough for Seasnake: Sweden Becomes First NATO Customer

Friday, February 20th, 2026

The newest NATO member, Sweden, has commissioned Rheinmetall to supply eight Seasnake 30 weapon systems for the Swedish Navy. These systems will be the primary armament of the new Combat Boat 90 fast military assault craft. The first order under the framework agreement is worth around €63 million and was placed in February 2026. Delivery of the first system is scheduled for February 2028.


The framework agreement also includes airburst and 30 mm calibre training ammunition, with a term of four years. Spare parts and services are also included in the agreement. Additionally, the contract includes an option for up to 29 extra Seasnake weapon systems.

The Seasnake 30 is a state-of-the-art remote-controlled naval light gun designed for close-range defence. Alongside the weapon itself, the system incorporates modern daylight cameras, infrared sensors, and a laser rangefinder. It features automatic target detection and the ability to track multiple targets simul¬taneously. The revolver cannon’s nominal maximum rate of fire is 1,100 rounds per minute.

Thanks to its integrated airburst capability, the Seasnake 30 is particularly effective against air targets, such as drones. Its low silhouette and compact stealth design also make it difficult for enemy sensors to detect.

This order from Sweden marks an important market success for Rheinmetall, as it positions the Seasnake 30 with a NATO customer for the first time. This decision highlights confidence in the performance and future viability of Rheinmetall’s modern naval weapon systems. At the same time, the order reinforces the Group’s standing as a dependable provider of maritime defence solutions within the alliance.

ASI Awarded Defense Innovation Unit (DIU) Prototype OTA for AI-Enabled Joint Sustainment Decision Tool (JSDT)

Friday, February 20th, 2026

BOSTON, Feb. 19, 2026 — Air Space Intelligence (ASI), a pioneer in AI-powered decision support software for the world’s most demanding domains, today announced it has been awarded a contract by the Defense Innovation Unit (DIU) to configure and implement advanced logistics decision-support for leaders operating in complex, multi-domain operational environments.

Under the award, ASI will deliver its commercial software capability for decision support, capable of generating realistic and actionable courses of action (COAs) for decision makers facing operational uncertainty and adversary pressure. ASI’s solution will rapidly analyze evolving conditions, identify critical dependencies across the logistics kill chain, and present commanders with viable options that account for disruption, attrition, and constrained resources.

Modern military operations are increasingly shaped by the ability, or inability, to sustain forces. Adversaries actively target logistics networks, infrastructure, and decision timelines, turning sustainment into a decisive element of the fight. ASI’s solution reflects this reality by explicitly modeling logistics as an operational system, enabling commanders to understand how logistics decisions impact operational endurance, tempo, and risk over time.

“Commanders today must make decisions faster than ever, often with incomplete information and under persistent threat to the status, suitability and capacity of their nodes and distribution networks.,” said Mark Lepczyk, President of ASI Federal. “This award from DIU recognizes the need for AI-centric solutions that don’t just optimize a single plan, but help leaders explore multiple courses of action and understand how each one stresses or preserves the logistics kill chain.”

ASI’s commercial solution is designed to support decision-making in dynamic environments where traditional assumptions break down—where resupply is uncertain, infrastructure is contested, and degradation is the norm rather than the exception. By combining AI-driven analysis with domain-informed models, the solution helps commanders evaluate tradeoffs between speed, risk, sustainability, and mission outcomes.

This DIU award reflects the Department of War’s continued focus on becoming an “AI-First” warfighting force.  ASI’s work directly supports this mission by applying advanced analytics and machine learning to command-and-control and sustainment problems that increasingly determine operational success.

Mehler Protection Presents “Omega Jaw”: First Mandible Guard with AK47 Protection Meeting VPAM 6

Friday, February 20th, 2026

FULDA, GERMANY (19.02.2026)

With the “Omega Jaw” mandible guard, Mehler Protection is introducing a new generation of face and jaw protection specifically designed for threats from AK47 MSC projectiles in accordance with VPAM 6, while fully maintaining system compatibility with Mehler Protection’s ultra-lightweight high-cut helmets. “This development underlines our ambition to drive innovation in our industry. Our products are based on operational requirements and are designed to provide optimum protection and genuine reliability,” explains Dr Mario Amschlinger, CEO Mehler Systems.

Homogeneous head protection against rifle ammunition

With Omega Jaw, Mehler Protection is transferring its long-standing expertise in ballistic body armour to face and jawprotection. Whereas conventional helmet/face protection combinations generally provide only limited protection against handgun ammunition and basic fragmentation protection, the system achieves a maximum protection level against AK47 MSC projectiles at a velocity of 720 m/s (VPAM 6 level) with minimal frontal deformation. This closes a critical protection gap and, for the first time, enables logically coordinated, complementary face protection.

The ballistic high-cut helmet of the Omega series can be upgraded to protection level VPAM 6 by attaching ultra-lightweight plates made from ultra-high molecular weight polyethylene (UHMWPE). These ugradeable plates are an essential component of the holistic VPAM 6 protection architecture. In combination with the mandible guard, the reinforced helmet provides homogeneous all-round head protection.

“In line with the current trend towards enhanced protection for face and head areas, Omega Jaw is a real game changer,” say the mandible guard designers, Dr Christian Rödel and Marie Schmidt. “For the first time, operators have access to a face and jaw protection solution that provides protection against AK47 rounds, integrates seamlessly into our ultra-lightweight high-cut helmets and at the same time maintains compatibility with mission-critical accessories. This is a decisive step towards homogeneous head protection for highly critical operational environments.”

Seamless integration into high-cut helmets with no design modifications

Omega Jaw is attached to the high-cut helmet shell via a specially developed U-profile that locks onto the helmet rim. This ensures secure and rapid system integration without altering the basic helmet design. The three-piece plate structure deliberately incorporates overlaps both between the plates and at the helmet interface in order to minimise vulnerabilities and ensure the most continuous protective surface possible. Despite the extended protection area, Omega Jaw is engineered for full compatibility with common hearing protection and communication headsets such as Peltor systems and can be used in combination with the Mehler Protection helmet visor.

Modular textile and plate concept with tactical interfaces

The textile cover concept allows the integration of different protective plates, supporting scalable protection levels as well as future material upgrades. At the same time, the design offers valuable mounting options on Picatinny rails, enabling users to attach tactical equipment without compromising protection. The system can be quickly donned and doffed using hook-and-loop straps and is designed for compact stowage during transport or when not in use.