Astrobotic Technology designs and operates lunar landers, rovers, and lunar surface power infrastructure, delivering payloads to the Moon for NASA's Commercial Lunar Payload Services program, government agencies, and commercial customers.
Small-class lunar lander delivering payloads up to 120 kg to the Moon's surface. Peregrine Mission One flew in 2024 as the first US commercial lunar lander to operate in space.
Medium-class, infrastructure-class lunar lander delivering payloads up to 625 kg, including rovers, science instruments, and solar power plants; Griffin-1 targeted for launch in late 2026.
Modular lunar rover platform for scientific instruments and payload operations on the Moon, with vehicle mass as light as four kilograms in its smallest configuration.
Lunar rover supporting up to 90 kg of payload mass for missions such as regolith digging and water ice harvesting, with long-distance traversal and direct-to-Earth communication.
Commercial power service for the lunar surface using vertical solar array technology and tethered CubeRovers to distribute power to lunar assets; deployment to the lunar south pole planned by 2026.
Space robotics software and sensing technologies for terrain-relative navigation, visual SLAM, and acoustic monitoring, used in planetary landing, rover navigation, and ISS operations.
Consumer service that flies non-hazardous, inert keepsakes to the Moon in small capsules, integrated into a Moon Pod aboard an Astrobotic lunar lander.