The spacecraft was formally presented at the company’s headquarters in Pittsburgh this week, where NASA officials, industry partners and government representatives gathered to inspect the fully integrated lander before it departs for environmental testing in California.
Scheduled to launch aboard a SpaceX Falcon Heavy rocket later this year, Griffin-1 has been selected by NASA to support the agency’s Moon Base initiative through the Commercial Lunar Payload Services (CLPS) program. The mission is intended to demonstrate the capability of large commercial landers to transport cargo, equipment and scientific payloads to the lunar surface.
At the centre of the mission is Astrolab’s FLIP rover, which will be delivered to the moon to test autonomous mobility, cargo transport and surface operations technologies considered essential for future lunar exploration. The rover is expected to be integrated with the lander during final launch preparations in Florida.
Griffin-1 will also carry a range of additional payloads, including Astrobotic’s BEACON CubeRover and the European Space Agency’s LandCam-X system, which is designed to improve the accuracy and safety of future lunar landings.
The unveiling marks a significant milestone for Astrobotic, which has spent years developing the lander following the failure of its earlier Peregrine mission in 2024. Peregrine suffered a propulsion-system anomaly shortly after launch, preventing it from reaching the moon and forcing the spacecraft to be safely disposed of in Earth’s atmosphere. The setback prompted a comprehensive review and redesign effort that has informed the development of Griffin-1.
Over the coming weeks, Griffin-1 will undergo an extensive environmental testing campaign designed to verify if the spacecraft can withstand the extreme vibration, thermal and vacuum conditions it will experience during launch, transit and lunar operations. Engineers regard the testing phase as one of the most important milestones before a spacecraft can be cleared for flight.
If testing proceeds as planned, the lander will be transported to Cape Canaveral for final launch processing ahead of a late 2026 mission to the lunar south polar region. Following launch, mission controllers in Pittsburgh will oversee Griffin-1’s journey to the moon, its landing sequence and subsequent surface operations.
The mission forms part of a growing international push to establish a sustained presence beyond Earth orbit. Alongside NASA’s Artemis program and a range of commercial lunar ventures, Griffin-1 is expected to demonstrate technologies that could underpin future cargo delivery networks, robotic exploration systems and eventually support human operations on the lunar surface.
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