Milrem Robotics unveiled its HAVOC 8×8 Robotic Combat Vehicle at IDEX 2025, introducing a revolutionary autonomous platform that combines high-speed mobility with stealth capabilities through an advanced hybrid-electric powertrain.
Why it matters: The unveiling changes unmanned ground combat systems by introducing capabilities previously limited to manned vehicles, while adding stealth and autonomous features that could reshape modern warfare.
Technical Specifications: The HAVOC introduces several groundbreaking capabilities that set new standards for unmanned combat vehicles:
- 68 mph top speed on roads
- 31 mph off-road capability
- 5-ton payload capacity
Military Impact: The vehicle’s design reflects evolving battlefield requirements with multiple innovations:
- Near-silent electric operation
- Large-caliber weapons integration
- Advanced autonomous navigation
The 15-ton HAVOC represents a significant departure from traditional unmanned ground vehicles, featuring a hybrid-electric powertrain that enables both high-speed operations and stealth capabilities. Its ability to carry large-caliber weapon systems, including a 30mm turret with missile launchers, makes it a formidable force multiplier on the battlefield.
“The HAVOC RCV has been engineered to deliver unparalleled agility and high-speed maneuverability, enabling commanders to project force effectively across extended distances,” says Kuldar Väärsi, CEO of Milrem Robotics as reported by InterestingEngineering.
The vehicle’s advanced capabilities include climbing 60% grades and fording water up to 29 inches deep. Its pivot steering system allows all eight wheels to turn simultaneously, enabling a dramatically reduced turning radius for superior maneuverability in urban environments and mountain passes.
While primarily designed for military applications, the technology could find civilian applications in disaster response and search and rescue operations. However, the integration of autonomous weapons systems raises ethical considerations that will need to be addressed as the platform enters service.
