Forterra Deploys 100+ U.S. Autonomous Ground Robots in Ukraine

Frontline Logistics via Autonomous ATVs

Forterra has deployed more than 100 of its autonomous Lancer vehicles to support Ukrainian forces over the past nine months. These gas-powered, self-driving all-terrain vehicles have completed over 1,100 missions, including casualty evacuations and the transport of more than 777,000 pounds of cargo across 2,500 miles of combat terrain.

Heavy-Lift Capacity in Contested Zones

The Lancer fleet, based on modified Polaris ATVs, provides a distinct logistics advantage for Ukrainian forces by carrying a 750-kilogram payload. This capacity is three times greater than the load carried by the smaller, battery-powered uncrewed ground vehicles (UGVs) typically used in the region. According to Forterra’s chief growth officer, Scott Sanders, the deployment represents a critical test of autonomous systems under the unpredictable conditions of active warfare.

The Limits of Teleoperation

While the vehicles feature advanced sensor and compute stacks, they are not currently operating under full autonomy. Soldiers primarily use teleoperation to navigate the machines, as the systems currently lack the capability to make real-time, high-stakes decisions when faced with dynamic enemy threats.

Adapting to Starlink and Electronic Warfare

Integration into Ukrainian operations followed a period of field adjustments. Initial feedback from troops indicated that the systems were initially tuned for rigid, high-end requirements. The addition of Starlink satellite connectivity proved essential, allowing the vehicles to maintain communication and control in contested environments. Despite their utility, the vehicles face significant attrition risks. Deep mud and targeted electronic warfare have resulted in the loss of some units. Forterra is currently exploring ways to integrate generative AI into its existing navigation algorithms to better enable machines to process and react to environmental obstacles, though the development of reliable training data remains a primary challenge.

The Shift Toward Ground-Based Autonomy

The use of Lancer vehicles is part of a broader shift toward ground-based autonomy as aerial drone surveillance makes traditional logistics routes increasingly dangerous. Sergeant Major Corey Wilkens, who leads a U.S. Army program focused on autonomous vehicle tactics, noted that the prevalence of first-person view (FPV) drones and precision artillery has left few areas of the battlefield safe from detection. Forterra, which has secured over $500 million in funding from investors including XYZ Venture Capital and Moore Strategic Partners, is competing in a rapidly evolving sector alongside firms such as Scout AI, Field AI, and Overland AI. For Ukrainian forces, the priority remains scalability. As attrition continues to be a reality of the conflict, the demand from the field is for more durable and cost-effective hardware.

Operational Data Overview