Astrolab has announced that its first lunar rover, named FLIP (FLEX Lunar Innovation Platform), will carry four NASA scientific instruments to the lunar surface on a mission scheduled for late 2026. The rover will be transported aboard Astrobotic’s Griffin-1 lander, which is set to launch from Kennedy Space Center on a Falcon Heavy rocket.
The payloads originate from four different NASA centers and were integrated through unfunded Space Act Agreements. This collaborative approach has allowed for accelerated timelines and adherence to the mission schedule, fostering a cost-effective partnership between NASA and Astrolab.
One of the key payloads is METAL, developed by NASA’s Ames Research Center in collaboration with Interlune and announced for August 2025. METAL is a camera with a radiometer designed to detect Helium-3 deposits within the lunar regolith. Helium-3, a rare isotope on Earth, is relatively abundant on the Moon and is often cited as a potential strategic resource for future energy technologies.
The other instruments include a laser retroreflector from the Goddard Space Flight Center, a sensor from the Johnson Space Center to study the effects of lunar dust on space systems, and a lidar demonstrator from the Marshall Space Flight Center. These experiments are all intended to gather valuable data crucial for long-term lunar habitation.
Astrolab CEO Jaret Matthews stated that the FLIP rover is nearing completion and will enter its final environmental testing phase in the coming weeks, including vibration, shock, and thermal vacuum testing. The goal is to finalize preparations by the end of summer before integration with the Griffin-1 lander.
FLIP: A Testbed for the Artemis Rover
In addition to the upcoming mission, Astrolab is actively developing a rover for NASA’s Artemis program. The company is one of three selected participants for the Lunar Terrain Vehicle (LTV) program, alongside Intuitive Machines and Lunar Outpost.
However, NASA revised the program requirements in March, requesting participants to submit new, smaller, and simpler designs compared to their initial proposals. These revised versions must be compatible with the commercial landers of the CLPS program, imposing stricter mass and size limitations.
Matthews explained that while the redesign was rapid, it was also significant, as the new constraints necessitated a complete overhaul of the platform. Despite these changes, Astrolab asserts that the rover will retain the core features seen in its earlier concepts.
NASA is expected to award new contracts by May 22nd, with the aim of having the rovers ready approximately 18 months later. This is a tight timeline, especially considering that the new LTVs will be considerably more advanced than the rovers used during the Apollo missions.
According to Astrolab, the experience gained with FLIP is expected to provide a distinct advantage. Many of the technologies developed for the commercial lunar rover will be directly tested during this mission, offering valuable data and validation for future vehicles intended for Artemis missions.
English Translation and Paraphrasing:
Astrolab will deliver four NASA scientific instruments to the Moon aboard its FLIP rover. The mission, slated for late 2026, will see the FLIP rover, a platform for lunar innovation, transported to the lunar surface by Astrobotic’s Griffin-1 lander, launched by Falcon Heavy from Kennedy Space Center. These instruments, sourced from various NASA centers through unfunded agreements, aim to accelerate lunar exploration timelines. Notable payloads include the METAL camera for Helium-3 detection, a laser retroreflector, a lunar dust sensor, and a lidar demonstrator, all designed to support long-term lunar presence. Astrolab is also developing a rover for NASA’s Artemis program, adapting its design to meet new, more stringent requirements for smaller, simpler vehicles compatible with commercial landers. The FLIP mission is expected to provide crucial data and validation for these advanced Artemis rovers.
