Rheinmetall proudly announces 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. Responding to a new set of needs, the Rheinmetall Mission Master XT is highly mobile even in the toughest terrain and capable of carrying impressive payloads. The Mission Master XT was developed by Rheinmetall Canada.
Thanks to its modularity, the Rheinmetall Mission Master XT can take on multiple missions in any situation. The scope of activities the A-UGV can conduct includes logistic transport, surveillance, fire support, rescue, medical evacuation, CBRN detection, communication relay and a multitude of other client-specific requirements. Rheinmetall is committed to maximum operational safety at all times, keeping a human in the loop in all kinetic operations. Another remarkable feature of the Rheinmetall Mission Master XT is its continuous tire inflation system, which adjusts the tire pressure as needed based on the terrain.
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.
Just like the other members of Rheinmetall’s Mission Master family the new Mission Master XT features a unique NATO standard battle management system (BMS) integrated into every platform. This allows each system to process large amount of tactical data. The Mission Master XT thus becomes an integral member of the tactical combat team able to share and exchange information from its vehicle and module sensors to improve the team’s common operating picture. The BMS also uses information in the network from other contributors to improve its own situational awareness with regard to terrain as well as the location of friendly and enemy forces.
