Defense Robots Take Center Stage at EUDEX 2026
New autonomous ground and aerial systems aim to reduce human risk in conflict zones through expanded payload and flight ranges.
Updated on Oct. 27, 2026 in Robotics
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European defense manufacturers displayed a range of unmanned aerial and ground systems at the EUDEX 2026 exhibition in Essen, Germany, held in September 2026. The showcase included both developmental prototypes and equipment already actively deployed in Ukraine.
Why it matters
These autonomous systems aim to minimize soldier exposure during high-risk operations by handling transport and reconnaissance tasks. Their successful adoption relies on maintaining operational stability under active electronic warfare conditions.
The DeltaQuad Evo-LE reconnaissance drone operates with a 13 kg maximum take-off weight and a 1.5 kg payload, while the ARX Robotics GEREON ground vehicle moves at 15 km/h with a 40 km range.
The players
DeltaQuad
A developer of unmanned aerial systems focusing on extended endurance and long-range reconnaissance capabilities.
ARX Robotics
An engineer of unmanned ground vehicles that provide autonomous logistical support and transport for military applications.
The details
The DeltaQuad Evo-LE uses an upgraded vertical-lift drivetrain and a dual-battery configuration to sustain its 8-hour flight time. For counter-drone defense, the PERDIX system integrates irisnet real-time visual recognition with the PX75 rocket-propelled kinetic interceptor. The GEREON ground vehicle facilitates unmanned logistics, designed to replace human operators in dangerous maneuvers.
Timeline
September 2026: EUDEX 2026 exhibition occurred in Essen, Germany.
The Tech Race
The current development of these autonomous platforms follows a pattern set by the accelerated deployment of robotic systems in the Ukraine conflict. Industry players are now racing to balance sensor payload capacities against the requirements for survival in contested electromagnetic environments.
These systems are currently entering service for specific defense applications rather than civilian use. Widespread implementation for logistics or aerial monitoring depends on meeting performance benchmarks in electronic warfare environments.
The takeaway
The trajectory for these systems is defined by the transition from hardware-heavy demos to operational reliability in contested zones. Observers should track upcoming defense contract awards that demonstrate sustained utility under electronic warfare testing.
Further reading
For broader trends in autonomous military systems, explore the latest developments in Robotics.
Source note: This article includes information reported by Army Recognition.
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Do you believe the expanded use of autonomous military robots will make future conflicts safer?
