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What would happen if military vehicles could deliver supplies or evacuate the wounded without a driver inside? In Ukraine, an American-developed ground robot called Lancer has reportedly completed over 1,400 missions in real combat conditions. But working in Ukraine is much more complicated than just driving from one point to another. Electronic warfare, difficult terrain, and the threat of drones have presented challenges for autonomous ground vehicles. So what did Lancer learn on the battlefield and how might it impact the future of American military robotics? Stay with us to find out. Developed by the American company Forterra, the Lancer is an autonomous ground vehicle based on the Polaris Ranger platform. More than 100 of these vehicles
have been transferred to Ukraine under a U.S. government program, where they support frontline logistics, supply transportation, and evacuation of the wounded. According to data released by Ouster on October 21, 2026, the vehicles have completed 1,426 missions, including 88 casualty evacuation operations, and covered more than 7,300 miles. These figures, reported by the company, provide a glimpse into how unmanned ground vehicles are being used outside of testing grounds. The Lancer combines Forterra's Auto Drive autonomy software with the Vector communications system.
Auto Drive helps the car navigate its surroundings, even in the absence of GPS, without constant driver intervention. Vector is designed to maintain communication in conditions of interference or low network bandwidth. With a payload capacity of up to 750 kg, the Lancer can transport supplies without exposing the driver to danger on routes. But Ukraine has shown that autonomous navigation is only part of the challenge. Electronic warfare, damaged terrain, and unpredictable conditions forced developers to adapt. Forterra says that feedback from the battlefield has led to software improvements to the vehicle's grip, maneuverability, and recovery. The company has also integrated Starlink into its communications architecture. It is important
that Ukrainian operators do not always rely on complete autonomy. They can switch to remote control when an immediate human decision is needed. Forterra also acknowledged that some Lancers were lost to Russian drones, highlighting the vulnerability of unarmored ground robots. Therefore, field repairs and local maintenance have become necessary parts of maintaining the efficiency of the machines. This experience is important to the broader efforts of the US Army. In August 2025, the Army awarded three autonomy development contracts, including one with Forterra, worth about $15.5 million in total. The program evaluates commercial
autonomy technologies for potential integration into infantry vehicles. The Lancer is not yet a standard vehicle for the US Army, but its combat experience provides valuable lessons in communications, human control, and maintenance. Ukraine shows that military robots do not need complete independence to be effective. They must reliably support soldiers in difficult conditions. Could these lessons shape the future of US ground military equipment? That's all for today. Thank you for watching.
