Rheinmetall Unveils Mission Master XT Extreme Terrain A-UGV

Rheinmetall today announced the release of the Mission Master XT, the latest member of its successful Mission Master family of Autonomous Unmanned Ground Vehicles (A-UGVs).

Unlike the Mission Master SP platform, which is already introduced to the market, the Mission Master XT has a diesel-powered engine. It was developed by Rheinmetall Canada.

The Rheinmetall Mission Master XT thrives in extreme terrain. It easily tackles ice, snow, and sub-zero weather conditions, as well as sandy, rocky and mountainous topography. Its advanced amphibious capabilities allow it to float and swim while maintaining its full payload capacity. Weighing in at 2217 kg, this powerful A-UGV can carry a 1000 kg payload in all scenarios, allowing troops to transport special equipment to hard-to-reach locations. The diesel-powered engine allows it to travel 750 km without refuelling, while lithium-ion batteries enable up to 6 hours of silent watch operations.

The A-UGV features a continuous tire inflation system which adjusts the tire pressure as needed based on the terrain. It can keep moving on even with 2 cm-holes in the tires.

Like the other platforms in the Rheinmetall Mission Master family, the Mission Master XT is optimized to take on dull, dirty and dangerous tasks, allowing soldiers to focus on their core missions more effectively and in greater safety. It is driven by Rheinmetall PATH, a proven autonomy kit (A-kit) that enables a wide range of autonomous driving and navigation capabilities.

The Mission Master family is fully compatible with NATO-standard battle management systems and can be controlled through a variety of teleoperation options. “The most multifunctional of these is a smart tablet developed by Rheinmetall, which allows the operator to control any Mission Master platform and payload through a single interface, a first for the market," explains Alain Tremblay, Vice-President of Business Development and Innovation at Rheinmetall Canada. “For instance, users can monitor camera feeds or direct a weapon station, then quickly program the platform to navigate itself autonomously to a desired location, all from the same device," adds Mr Tremblay.