The future of land operations is taking a new turn with Hector, a next-gen unmanned ground vehicle (UGV) that blends autonomy, modularity and optional manning for high-tempo missions.
Designed as a medium-class wheeled system, ARX Robotics’ UGV is built to enhance range, speed, and operational flexibility for European land forces.
Its optionally manned architecture lets a crew drive it to the edge of the mission area before switching to teleoperation or supervised autonomy.
A human-in-the-loop control supports platooning, convoy operations, and autonomous mission execution, giving units the flexibility to adapt to fast-moving or complex scenarios.
The UGV features a modular chassis with an open payload interface and runs on ARX Robotics’ Mithra Operating System, enabling encrypted communications and guided autonomy.
Hector comes in two powertrain variants: a fast version reaching 120 kilometers (75 miles) per hour with a 350-kilometer (217-mile) range, and a fully electric version offering lower acoustic and thermal signatures and simplified charging at the edge.
Filling Europe’s UGV Gap
The new UGV aims to deliver a scalable ground robotics capability designed to close Europe’s mass and tempo gap.
Engineered for industrial-scale production, it can be fielded widely without boutique manufacturing constraints.
It also reportedly aligns with European interoperability standards, enabling smooth integration with current command-and-control systems.
“European land forces need unmanned systems that move faster, go farther, and connect seamlessly into existing command structures,” said Marc Wietfeld, Chief Executive Officer of ARX Robotics.
“This new platform does exactly that. It extends our fleet’s reach while staying true to our mission of increasing survivability at the front.”
