VARAN Autonomous Ground Robot

History

Stratonex Defence Technologies, a UK-based company co-founded by Ben Everitt, a former Conservative MP for Milton Keynes North, initially introduced VARAN as a modular unmanned ground vehicle concept for forward units, describing it as a payload-agnostic platform and inviting feedback from potential users on which capabilities to integrate.

The first public demonstration of a physical prototype took place on 15 June 2026 at the Eurosatory international defence exhibition in Paris, where VisionWave Holdings presented the vehicle. The prototype was developed in the United Kingdom incorporating lessons from combat operations in Ukraine. In July 2026, Nasdaq-listed VisionWave Holdings appointed Stratonex as its commercialisation and integration partner for the UK and Europe under a non-exclusive distributor agreement covering VisionWave's autonomous systems, sensing and counter-drone technologies. On 24 September 2026, the company announced a purchase order for 200 STRATUM VARAN units valued at $20 million from Metal Machinery Components Trading FZCO, a company registered in the United Arab Emirates; the order is subject to conditions.

Design

VARAN is a four-wheeled platform with a modular architecture built on an open systems design, allowing mission-specific payloads to be swapped in the field without major modifications to the base chassis. The platform is designed to maintain low visual, thermal, acoustic and electromagnetic signatures.

A key feature is its autonomous navigation system, which uses passive sensors instead of active radar or LiDAR scanners. The platform employs visible-light cameras, thermal imaging cameras, and a 3D computer vision system; an onboard computer processes the data to determine position, analyse the surrounding environment, and plan routes autonomously. Because it does not emit navigation signals, the system avoids detection by enemy electronic intelligence. When the communications link drops, the platform continues operating on onboard AI.

Each wheel is mounted on an independent articulated arm, allowing the vehicle to automatically adjust its body position to the terrain — lowering ground clearance on flat surfaces for speed and raising it when traversing water, rubble, or urban obstacles. Independent wheel drive provides high manoeuvrability, including the ability to turn almost in place. The platform is designed to remain mobile and complete its mission even if one wheel arm is is damaged, with dual-motor redundancy and real-time health monitoring. Common modular parts and a field repair kit are issued as standard to support repairs in the field far from support infrastructure.

Proposed mission configurations include intelligence, surveillance and reconnaissance (ISTAR) sensors, remotely operated weapon stations, electronic warfare systems, mine-clearing equipment, casualty evacuation systems, ammunition transport, and UAV launch systems. Stratonex presents VARAN as the flagship of the Visionwave Stratum ecosystem, a connected family of air and ground platforms, counter-UAS systems, and passive sensing sharing common parts, training, and sustainment.

Specifications

The following figures are design targets; Stratonex and VisionWave note they have not yet been confirmed through a full qualification testing cycle.

• Top speed: approximately 70 km/h per VisionWave's exhibition specifications; up to 45 mph (approximately 72 km/h) across open terrain per VisionWave's product documentation
• Payload: approximately 500 kg per VisionWave's exhibition specifications; 400 kg per VisionWave's product documentation
• Towing capacity: over 1,000 kg
• Mission endurance: approximately 4 hours, with potential to increase to 28 hours depending on configuration and operating conditions