UK Army to test modular RHINO ground robot

A British robotics startup secured a contract with the UK Ministry of Defence to supply its RHINO uncrewed ground vehicle for frontline Army experimentation, marking the first time the MOD has fast-tracked a domestic robotic platform into its experimental programs.

The company, XRC Robotics, describes RHINO as a modular UGV designed for contested environments, capable of switching between reconnaissance, logistics, and casualty evacuation roles without returning to a main base for extensive reconfiguration.

XRC Robotics positions RHINO around what the company calls a plug-and-play modular architecture, meaning the vehicle’s mission payload can be swapped in the field in minutes rather than requiring workshop maintenance. That flexibility matters enormously in practice. A system that can function as an ISR platform, meaning one that gathers intelligence and monitors enemy activity, during the morning and then shift to casualty evacuation in the afternoon gives a small unit commander options that fixed-role vehicles simply cannot offer. The logistics burden alone is significant: instead of procuring and sustaining separate specialized vehicles for each mission type, a single chassis with interchangeable mission modules simplifies training, spare parts, and forward maintenance.

Cam Knighton, founder of XRC Robotics, framed the contract in unambiguous terms: “This contract award is a defining moment for British defence innovation. By partnering with British Army we are proving that the UK does not need to look abroad for world-class robotics. XRC is delivering a British solution for a British problem, ensuring our Armed Forces have the home-grown technological edge they need to prevail in modern conflict.” Britain has historically leaned on American systems for high-end military technology, and the political pressure to demonstrate sovereign capability has intensified as the defense budget conversation has grown louder in Westminster.

The MOD’s decision to fast-track a domestic platform into experimentation rather than run a conventional multi-year procurement cycle is itself a significant shift. Traditional British defense acquisition has a well-documented reputation for taking years or even decades to move from requirement to fielded equipment, a process that critics argue has left the Army perpetually equipped for the last war. Robotic and autonomous systems present a particular challenge to that model: the technology moves faster than any procurement cycle is designed to handle, and an experimental program that keeps engineers working alongside operators shortens the feedback loop in ways that formal requirements documents cannot replicate. XRC says it intends to exploit exactly that proximity, with its engineers working directly at British Army testing sites to iterate on RHINO’s design based on what soldiers actually encounter.