Stratonex VARAN

History

The VARAN unmanned ground vehicle was first publicly demonstrated on 15 June 2026 at the Eurosatory international defence exhibition in Paris, where a physical prototype developed in the United Kingdom was presented by VisionWave Holdings, a distribution partner of Stratonex Defence Technologies. The prototype incorporated lessons from combat operations in Ukraine. The platform has since completed initial mobility and remote-control testing. On 24 September 2026, VisionWave announced a conditional purchase order for 200 STRATUM VARAN vehicles valued at $20 million from Metal Machinery Components Trading FZCO, a company registered in the United Arab Emirates. Stratonex co-founder Ben Everitt outlined plans for 2027 involving closer cooperation with British manufacturers, universities and military operators to progress the platform toward serial production.

Design

VARAN is a four-wheeled platform built on a modular, open-systems architecture that supports swappable mission payloads without major modifications to the base chassis. Each wheel is mounted on an independent articulated arm that allows the vehicle to automatically adjust its ground clearance to terrain, lowering the body for speed on flat surfaces and raising it when traversing obstacles. The independent wheel drive provides high manoeuvrability, including the ability to turn almost in place, and the platform is designed to remain mobile if one wheel arm is damaged.

Navigation is achieved through passive sensors: visible-light cameras, thermal imaging cameras and a 3D computer vision system. An onboard computer processes the sensor data to determine position, analyse the surroundings and plan routes autonomously, removing the dependency on satellite navigation and eliminating active emissions such as radar or LiDAR signals that could be detected by enemy electronic intelligence. This passive approach also reduces the platform's visual, thermal and acoustic signatures.

The base platform provides mobility, power and communications. Mission configurations can be selected from reconnaissance and surveillance sensors, remotely operated weapon stations, electronic warfare systems, mine-clearing equipment, medical evacuation systems, ammunition transport modules and UAV launch and recovery systems.

Specifications

The following figures are design targets published by VisionWave and have not yet been confirmed through a full qualification testing cycle.

• Top speed: approximately 70 km/h
• Payload capacity: approximately 500 kg
• Towing capacity: more than 1,000 kg
• Mission endurance: approximately 4 hours, with potential to increase to 28 hours depending on configuration and operating conditions

Programme status

As of October 2026, VARAN is not yet ready for operational deployment; further engineering and integration work is required. Stratonex has demonstrated fundamental mobility, remote operation and elements of the sensing and navigation architecture. The next development phase focuses on increasing platform robustness across different terrain, payloads, communications environments and operational conditions, and on transitioning from prototype to repeatable, affordable serial production with an emphasis on manufacturability, modular components, field repairability and supply-chain resilience.