NASA has selected three companies to execute four lunar missions by late 2028, expanding scientific operations at the Moon and opening fresh pathways for exploration infrastructure development.
The agency awarded contracts through its Commercial Lunar Payload Services program, which leverages private industry to deliver NASA instruments and experiments to the lunar surface. This approach accelerates timeline delivery while reducing direct costs to the space agency.
The missions will transport scientific payloads designed to advance lunar science and test technologies essential for sustained human presence. One payload includes an engineering development version of the PROMISE rover, a mobility platform NASA designed to traverse diverse lunar terrain and conduct geological surveys.
NASA's lunar base strategy depends on commercial partnerships to establish logistics networks before human crews return. These four missions represent critical steps toward that infrastructure. Each payload targets specific research objectives, from studying subsurface composition to testing resource utilization equipment.
The 2028 target date places these missions within the broader timeline leading to the Artemis program's goal of establishing a sustained lunar presence. By distributing missions across multiple commercial partners, NASA reduces schedule risk and fosters competition that drives innovation.
The selected companies bring varied expertise in landing systems, payload integration, and surface operations. Their experience with previous lunar deliveries through programs like CLPS positions them to execute these more complex missions reliably.
These contracts demonstrate how NASA leverages commercial spaceflight capabilities to multiply mission cadence without proportional budget increases. The approach allows NASA engineers to focus on scientific instrument development and data analysis while private companies handle delivery logistics.
The four missions will collect data that informs site selection for future human landing zones and advance understanding of lunar geology, radiation environment, and potential resource deposits. Results from these payloads will directly shape architecture decisions for the lunar gateway station and surface operations.
By late 2028, these contracted missions will have established precedent for sustained robotic operations supporting human exploration goals.