NASA’s PRIME-1 suite—TRIDENT and MSOLO—flew aboard Intuitive Machines’ Nova-C lander during the IM-2 mission, which touched down at Mons Mouton at approximately 11:30 a.m. on March 6, 2025. TRIDENT was designed to drill lunar regolith to a maximum depth of 3 feet using rotary-percussive technology, measure subsurface strength, compactedness, and temperature, and deliver excavated material to MSOLO for volatile analysis. The lander came to rest on its side, preventing the instruments from achieving their planned science, exploration, and technology objectives.
The mission nevertheless defines a critical engineering pathway: drilling through hard lunar material, retrieving samples from controlled depths, and identifying volatile content are the foundation of in-situ resource utilization. Confirmed access to subsurface water and other volatiles would reduce dependence on Earth for life support, radiation shielding, industrial processing, and propellant, while enabling longer-duration scientific operations and eventual permanent habitation. PRIME-1’s operational failure also demonstrates that lander stability, instrument orientation, sample-transfer geometry, and fault tolerance are civilisation-critical requirements, not secondary mission details.
The Ark team should incorporate PRIME-1 into its lunar infrastructure risk register and require future resource missions to demonstrate redundant landing and instrument-deployment modes. Track follow-on NASA Commercial Lunar Payload Services missions, especially those targeting the south-polar region; prioritize independent tests of drills, volatile mass spectrometers, regolith handling, thermal control, and excavation under realistic vacuum and cryogenic conditions; and design Ark resource systems to function despite partial payload loss or a lander resting off-nominally.