Advancements in Counter-Unmanned Aerial Systems: Diehl Defence Unveils Garmr at Enforce Tac 2026
Diehl Defence marked its presence at Enforce Tac 2026 with the introduction of the Garmr mobile counter-drone platform, showcasing a blend of innovative effectors and an AI-driven detection system. This system represents a significant step forward in counter-unmanned aerial systems (C-UAS) technology.
Overview of the Garmr System
Upon arrival at Enforce Tac 2026, visitors were greeted by the Enok AB/Caracal chassis, prominently featured at the Diehl Defence booth. This mobility platform is built on a vehicle designed by a collaboration of Rheinmetall, Mercedes-Benz, and Armored Car Systems (ACS), and has been adopted by the German Bundeswehr for light airmobile operations.
Key Features of the Garmr
- Advanced Sensor Suite: The Garmr employs the Echodyne EchoShield Ku-band radar, a state-of-the-art, software-defined, pulse-Doppler, 4D AESA radar. Weighing only 17.8 kg, it can detect Group 1 UAVs within a range of 3 to 5.3 kilometers and nano-UAVs up to 1.5 kilometers.
- Optronic Package: Accompanying the radar is an optronic package that integrates both day and night vision capabilities, complemented by a laser rangefinder. The radar feeds target information to an AI-based command and control system, which processes and prioritizes these tracks for engagement.
- Enhanced Identification and Engagement: The integration of AI algorithms significantly accelerates target identification, enabling operators to authorize engagement with minimal delay. The strategic positioning of the sensors on a telescopic mast offers a full 360-degree field of view, eliminating blind spots associated with conventional remotely controlled weapon stations (RCWS).
Kinetic Effectors
The Garmr’s first line of offense is its RCWS, equipped with a Dillon M134-D Minigun chambered in 7.62×51 mm. Capable of firing up to 3,000 rounds per minute, this system generates a substantial volume of fire to neutralize aerial threats. Notably, ammunition manufacturers are increasingly developing rounds specifically designed for C-UAS applications.
- Dual Engagement Capability: The RCWS is independently operated, allowing it to target while the primary optronic sensors remain engaged with other identified threats.
Garmr’s Short Range System (SRS)
The iteration displayed at Enforce Tac 2026 is the Garmr SRS (Short Range System), integrating the unique Cicada interceptor drone—a novel hard-kill solution. This drone measures 300 mm in diameter and 700 mm in length. Upon launch, its delta wings deploy, transforming its appearance to that of an X-wing.
- Cicada Capabilities:
- Powertrain: The drone features an electric motor driving a five-blade propeller, with a radar housed in the nose for target acquisition.
- Payload Options: The Cicada can be configured with either a soft-kill net designed to entangle adversary drones or a hard-kill explosive payload, neutralizing threats at ranges up to 5 kilometers.
Proposals for Medium Range System (MRS)
Diehl Defence is also pioneering a longer-range variant, the Garmr MRS (Medium Range System). In this configuration, the standard container housing Cicada drones is replaced with a four-canister module equipped with Destinus Hornet Block 2 interceptors. These interceptors boast an impressive range of over 70 kilometers, carrying a payload of 3 kg explosives.
Networked Operations Advantage
A considerable enhancement in the Garmr system is its full networking capabilities. This enables target cueing through distributed sensors that present a comprehensive air picture. The incorporation of both Garmr SRS and MRS platforms within an anti-drone unit establishes a multi-tiered defense strategy, allowing for adaptable responses to various aerial threats.
Conclusion: A New Era in C-UAS Technology
Diehl Defence’s innovations at Enforce Tac 2026, particularly with the Garmr system, underscore a transformative period for counter-drone technologies. By integrating advanced sensors, kinetic effectors, and unique UAVs into a cohesive defense architecture, Diehl is setting new standards for operational effectiveness against evolving drone threats. These developments will undoubtedly shape defense strategies in the face of increasingly sophisticated aerial adversaries.
