Materials engineer Mott is celebrating a “monumental milestone” as it says its custom-engineered flow control assemblies have passed operational testing on the lunar surface as part of NASA’s PRIME-1 ice exploration mission.
Developed alongside NASA engineers, Mott says its assembly was a key component in the MSOLO mass spectrometer, ensuring precise handling of volatile gas samples from drilled lunar regolith.
Coupled with the HoneyBee Robotics’ TRIDENT drill for extracting subsurface regolith samples, the MSOLO spectrometer, developed by INFICON, was a key component in the PRIME-1 mission aboard Intuitive Machines’ IM-2 Mission.
Although the lunar mission was marred by a sideways landing, with Intuitive’s Nova-C lander resting on its side after touchdown near the Moon’s south pole, the MSOLO spectrometer powered up and began collecting data.
“This achievement proves that Mott hardware can deliver in the harshest and most unforgiving conditions – even on the Moon,” said Mott’s GM of Aerospace & Defence and VP of Business Development Sean Kane.
Mott, an IDEX Corporation company, says the success will strengthen its standing as a flight-qualified partner and advances its role in moving towards a sustainable lunar presence.
While PRIME-1 was the significant payload on IM2, nine other “missions” were also carried including the Nokia (Bell Labs) system for demonstrating 4G/LTE cellular connectivity between lander, rover and hopper; Lonestar Data Holdings “Freedom” data centre payload the first lunar data storage and processing unit; and the Puli Space Technologies Puli Lunar Water Snooper for detecting water volatiles.
NASA itself led the overall mission and funded it through its Space Technology Mission Directorate, aiming to demonstrate key technologies under its Commercial Lunar Payload Services (CLPS) program.
Market watchers highlight that firms like Intuitive Machines (NASDAQ: LUNR) are positioned for rebound and growth post-IM-2, with analysts recommending “buy the dip” following stock sell-offs, citing the mission’s data collection as proof of concept for future contracts under NASA’s CLPS program.
One Seeking Alpha contributor described it as “success after lunar failure,” emphasizing how such milestones de-risk investments in lunar landers and payloads, potentially leading to 5-10x returns for early backers in the cislunar economy.
Similarly, investor sentiment on platforms like X echoes this optimism, with space-focused funds viewing companies involved in IM-2—such as those behind communication demos and data storage—as key to a $1.8 trillion space boom, including opportunities in satellite constellations, in-space manufacturing, and defense applications.
Experts from Deloitte and the ESA further suggest that these successes could accelerate regulatory reforms and debris management solutions, paving the way for sustained growth in the space sector valued at up to $800 billion by 2027.
For investors, this translates to diversified plays in areas like bioregenerative systems for long-term lunar presence and advanced technologies for Mars exploration, where private-public partnerships are expected to yield high IRRs amid record government budgets.
