The Commercial Lunar Payload Services program is a NASA initiative that contracts private companies to deliver small robotic payloads to the Moon. This strategy replaced the agency's previous approach of building its own landers for every mission. The program aims to reduce costs while accelerating a robotic return to the lunar surface through fixed-price contracts.
NASA announced the first major contract awards on the 31st of May 2019. Three companies received funding including Astrobotic Technology, Intuitive Machines, and OrbitBeyond. These agreements were part of an indefinite delivery indefinite quantity structure with a combined maximum value of $2.6 billion over ten years.
Intuitive Machines successfully landed its Nova-C Odysseus spacecraft near the lunar south pole on the 15th of February 2024. This event marked the first landing on the Moon by a commercial company in history despite the lander tipping over after touchdown. Firefly Aerospace later achieved the first fully successful landing with Blue Ghost Mission 1 on the 2nd of March 2025.
Commercial Lunar Payload Services missions carry diverse instruments such as Linear Energy Transfer Spectrometers Magnetometers and Stereo Camera systems. Biological research tools like LEIA deliver yeast Saccharomyces cerevisiae to study DNA damage response under lunar gravity. Universities and commercial firms develop these payloads independently before integrating them onto landers.
Missions cluster near the lunar south pole because permanently shadowed areas inside craters contain water ice deposits critical for future exploration. Crater rims offer constant solar power opportunities while regolith holds abundant metals and oxygen for resource extraction. These locations support in situ resource utilization concepts essential for sustaining long-term human presence.