Milrem Robotics, a leading developer in the field of robotics and autonomous systems, will present the HAVOC RCV combat robotic platform.

The news was published on the company’s website.

The Estonian company will present a working sample of the 8×8 HAVOC RCV wheeled platform at the IDEX 2025 international exhibition in the United Arab Emirates, which will take place on February 16-21.

“HAVOC has been designed to provide high maneuverability, enabling commanders to project power over long distances. This platform will provide operational effectiveness in dynamic and complex combat scenarios,” Kuldar Versi, CEO of Milrem Robotics, stated.

Weighing 12 tons, which is significantly less than conventional 8×8 wheeled vehicles, HAVOC boasts excellent cross-country ability in difficult terrain.

At the heart of the platform is an advanced hybrid electric powertrain that provides an extended operating range and near-silent movement. And its advanced electric transmission delivers instant torque and a tight turning radius for optimal maneuverability in a variety of environments, from open deserts and high-altitude mountain passes to urban war zones.

Modularity and flexibility of the HAVOC 8×8

The HAVOC RCV platform is multifunctional: with a basic payload capacity of 5 tons, it provides exceptional flexibility in the choice of payload.

The company’s website presents a version of the vehicle as a fire support vehicle, a mine fighter, and even an anti-aircraft gun. The chassis capabilities allow installing an artillery module with a 30-mm cannon or a missile launcher.

The vehicle is equipped with armor that provides ballistic protection at STANAG 4569 (L4) level, which declares resistance to fire from machine guns and rifles of 14.5 mm caliber. Mine protection is provided at the STANAG 4569 (L1) level.

Given these parameters and considering the payload, the declared maximum speed on paved roads is 110 km/h, and off-road, 50 km/h.

The company notes that the ground combat platform is complemented by intelligent functions and is equipped with advanced navigation based on artificial intelligence. Thanks to this, it should be able to cope with offensive and defensive operations in different terrains, environmental conditions, and climates.

Using common subsystems with other Milrem Robotics platforms has significantly reduced the cost of developing, manufacturing, and maintaining the platform, providing cost-effectiveness and simplified logistics.