Overland AI lands first-ever US military ground autonomy production contract worth $20M

Overland AI's $20M Marine Corps contract

Overland AI has secured a $20 million production contract with the US Marine Corps, making it the first ground autonomy provider to reach a production contract with the US military. Byron Boots, the company's co-founder and CEO, says the contract validates a bet he's been building toward since leaving academia, where he ran a machine learning and robotics lab at a university.

The product at the center of the deal is the Ultra, a fully autonomous off-road ground vehicle built on a Polaris RZR chassis. Overland takes the base chassis and drivetrain from Polaris, upgrades the suspension, removes the seats, and adds a flat payload deck, onboard compute, sensors, comms, and power systems. The build happens at the company's factory in Seattle. The vehicle runs 38-inch tires, carries 1,000 to 2,000 pounds of payload depending on configuration, and can cover roughly 100 miles on a charge.

“We're building autonomous ground vehicles for defense. We're the first ground autonomy provider to get a production contract with the US military. $20,000,000 contract with the US Marine Corps. The ultra vehicle is based on a Polaris RZR chassis and drivetrain — a single user can control multiple vehicles.”

Payload and autonomy

The platform is designed to be modular. Overland has integrated 30 different payloads across the fleet, ranging from remote weapon stations and drone systems to electronic warfare packages. The payload deck uses L-track mounting, making it straightforward to attach whatever a customer needs.

On autonomy, Boots says warfighters initially reach for teleop but quickly move toward map-based waypoint control once they see it in practice. Operators can designate a destination and target orientation, and the vehicle handles the rest, which allows a single operator to manage multiple vehicles simultaneously. Boots argues that approach is safer and more efficient than manual control, and that adoption of full autonomy is accelerating among users in the field.

Manufacturing and form factor

Boots dismisses the robot dog form factor for Overland's use case without dismissing the category entirely. His argument is practical: wheeled vehicles move more efficiently, carry serious payloads, and can already handle stairs and rough terrain with tires large enough to manage the obstacle. The Polaris chassis means Overland isn't building a drivetrain from scratch, but the autonomy stack, sensor suite, and payload integration are all done in-house.

The company raised $100 million in a recent round and is testing vehicles in the field daily alongside software and autonomy development. Boots also notes the platform has civilian applications including wildland firefighting, leaving open the question of how far the dual-use angle eventually extends.