Astrobotic has unveiled its next lunar lander, Griffin-1, designed to deliver one of the heaviest payloads ever placed on the Moon. The vehicle is being developed under NASA's Commercial Lunar Payload Services program and is expected to support the agency's long-term vision of a sustained human presence on the lunar surface.
Griffin-1 builds on the company's earlier Peregrine lander, offering substantially increased capacity. While Astrobotic has not disclosed exact payload mass figures, the lander is engineered to carry large scientific instruments and infrastructure components critical for establishing a Moon base. Its propulsion and landing systems have been refined to handle the heavier loads.
The company has not announced a specific launch window or mission duration for Griffin-1's first flight. The lander remains in development, with Astrobotic working through design reviews and ground testing. Previous Astrobotic missions have faced delays, including the Peregrine lander's failed lunar attempt in early 2024 due to a propulsion malfunction.
Griffin-1 represents a significant step in NASA's strategy to outsource lunar cargo delivery to private industry. If successful, the lander could compete with offerings from SpaceX and Blue Origin for heavy-lift lunar services. The vehicle's ability to carry large payloads will be critical for delivering habitat modules, rovers, and power systems needed for permanent base operations.
Astrobotic has not released cost estimates for Griffin-1 development or per-mission pricing. The success of this lander will likely influence NASA's future procurement decisions for lunar logistics as the Artemis program progresses toward crewed surface missions.