German Diehl Defense Unveils New GARMR Counter-Drone System

[Report from Defence Blog, February 23] At the Enforce Tac 2026 international defense and security exhibition held in Nuremberg from February 23 to 25, German defense company Diehl Defense officially launched the new GARMR highly mobile counter-drone system.

I. System Overview

(1) Platform Positioning and Design Philosophy
GARMR is a hybrid, modular counter-drone platform that represents a redesign and functional expansion of Diehl's previous Kinetic Defense Vehicle (KDV). Its design aims to flexibly adapt to diverse operational scenarios. The system is capable of performing both civil protection missions—such as safeguarding critical infrastructure and large public events—and supporting military operations in high-intensity conflict environments. It possesses a dual capability, enabling both soft-kill interception and hard-kill destruction.

(2) Interception Configuration and Operational Modes
The GARMR adopts a dual-variant parallel architecture to meet short-range and medium-range defense requirements:

*   GARMR SRS (Short-Range System): Equipped with CICADA interceptor drones, this variant can employ either capture nets or warheads to achieve soft takedowns or hard destruction of close-range aerial targets.
*   GARMR MRS (Medium-Range System): Building upon the short-range system, it adds long-range专用 interceptor drones, thereby extending the engagement distance and defense envelope to enhance capabilities against complex threats.

The system supports the integration of additional effectors based on specific mission requirements, allowing flexible switching between mild interception in civilian scenarios and long-range, high-efficiency defense in military scenarios.

(3) Artificial Intelligence and Detection Capabilities
AI-powered detection, identification, and threat prioritization are core highlights of this upgrade. The system utilizes advanced algorithms to automatically analyze sensor data, classifying aerial targets and providing decision support, thus significantly reducing response times for fast-moving targets and drone swarms. Its detection suite covers the full spectrum of threats, ranging from small, consumer-grade multi-rotor drones to military attack drones like the "Shahed" and "Lancet," achieving all-round surveillance via radar and multi-modal sensing technologies.

(4) System Architecture and Deployment Advantages
The GARMR integrates sensors, identification modules, interceptor drones, and command units onto a highly mobile platform, forming an integrated operational chain from "detection—identification—decision—interception." Its operational workflow is as follows: after sensors capture a target, the identification module rapidly analyzes the target's attributes to generate a battlefield situational picture. The system then automatically assigns interception priorities and launches an interceptor drone to neutralize or destroy the threat before it reaches the protected area. The overall design emphasizes interoperability, modular scalability, and user-oriented flexibility.

II. Conclusion
The official debut of the GARMR system signifies that Diehl Defense has transitioned from developing single-platform solutions to constructing intelligent, modular defense ecosystems in the counter-drone domain. Against a global backdrop of increasingly diverse low-altitude threats and growing demand for both military and civilian defense, this system offers a user-integrated solution with core advantages of military-civil dual-use, layered interception, AI empowerment, and highly mobile deployment. It is capable of meeting Europe's own security needs while providing an internationally viable option. With continuous technological iteration and practical combat validation, GARMR is poised to become a significant asset in future short-range air defense and counter-drone operations.

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Post time:Sep-25-2020