Diehl Defence Unveils Game-Changing Mobile Shield Against Drones

Diehl Defence Unveils Game-Changing Mobile Shield Against Drones

Diehl Defence Unveils Enhanced Mobile C-UAS System, GARMR, at Enforce Tac 2026

Diehl Defence has announced the relaunch of its highly mobile Kinetic Defence Vehicle (KDV), now rebranded as GARMR, a cutting-edge system designed to provide unparalleled protection against Unmanned Aerial Vehicle (UAV) threats. The system’s new name, GARMR, is inspired by the watchdog from Nordic mythology, symbolizing its role as a vigilant guardian against UAV threats.

The comprehensive relaunch of GARMR will take place at this year’s Enforce Tac taking place from February 23 to 25 in Nürnberg, showcasing its enhanced capabilities and versatility. The system’s hybrid, modular design makes it suitable for various applications, including protecting critical civilian infrastructure such as buildings or events, to operating in high-intensity military combat scenarios.

GARMR is a hybrid system that offers a wide range of applications, leveraging two interceptor drone technologies: GARMR SRS (Short Range System) and GARMR MRS (Medium Range System). The former employs the CICADA interceptor drone with a catch net or warhead, while the latter utilizes innovative interceptor drones to neutralize targets.

The GARMR SRS system is designed for shorter-range engagements, targeting UAVs within a smaller geographic area. This is complemented by the GARMR MRS system, which operates over longer distances and can be equipped with additional effectors, such as precision-guided munitions or explosive warheads. The adaptability of the system enables it to be optimally tailored to the specific situation, whether it’s precise, controlled impact in sensitive civilian environments or performance-optimized defense against complex military threats.

A key differentiator of GARMR is its AI-supported detection, identification, and prioritization of air targets. Advanced algorithms automatically analyze sensor data, classify threats, and support decision-making, enabling the system to respond quickly and effectively to changing situations, providing real-time intelligence on UAV activity.

The detection sensor technology at the heart of GARMR allows for the early detection of a wide range of air targets, from small multicopters to larger military drone systems such as SHAHED or LANCET combat drones. This is complemented by powerful identification modules that ensure reliable classification and situation assessment. These capabilities enable operators to quickly assess the threat level and respond accordingly.

Diehl Defence’s commitment to providing effective, future-oriented, and user-centric solutions in the field of mobile air defense and counter-UAV systems is evident in the relaunch of GARMR. Leveraging cutting-edge technologies and a modular design, the system offers unparalleled flexibility and adaptability. This makes it an attractive solution for a wide range of applications.

The enhanced capabilities of GARMR are a testament to Diehl Defence’s dedication to innovation and customer satisfaction. As the defense industry continues to evolve, systems like GARMR will remain at the forefront of technological advancements, providing operators with the best possible chance of success in protecting against UAV threats.

With the relaunch of GARMR at Enforce Tac 2026, Diehl Defence is poised to capitalize on the growing demand for effective counter-UAV solutions. As the system undergoes further development and refinement, it will undoubtedly remain a critical component of any organization’s air defense strategy, providing peace of mind and protection against the evolving threat landscape.

In an increasingly complex world, systems like GARMR play a vital role in maintaining situational awareness and responding to emerging threats. Diehl Defence’s commitment to innovation and customer satisfaction ensures that these systems will continue to evolve, providing operators with the best possible chance of success in protecting against UAV threats, thereby enhancing global security and stability.


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