NASA considering sharp increase in robotic lunar landings
NASA is considering a significant increase in robotic lunar landings as part of its broader Moon exploration strategy, agency leaders said in congressional testimony on March 31, 2026. The proposal would expand the number of uncrewed missions conducted in lunar orbit and on the surface in the late 2020s and early 2030s to support science objectives, technology demonstrations, and preparation for future crewed exploration. Officials described the initiative during a NASA budget hearing before the U.S. House Committee on Science, Space, and Technology, outlining how additional robotic missions could enhance scientific return and reduce risk for human missions.
Under the concept discussed by NASA leadership, future robotic landers would carry diverse science payloads to regions of interest, including permanently shadowed areas at the lunar poles that may contain water ice and other volatiles. The expanded cadence of landings would leverage commercial and international partner capabilities, coordinating with companies under the Commercial Lunar Payload Services (CLPS) contracts that have already delivered instruments and experiments to the Moon. NASA officials highlighted that an increased robotic presence could fill gaps in reconnaissance data ahead of Artemis crewed missions and help mature landing technologies for both scientific and logistical purposes.
The consideration of a sharp increase in robotic lunar missions connects to NASA’s objectives for sustainable lunar exploration by integrating surface mobility, autonomous operations and in‑situ resource utilization demonstrations. By conducting a larger number of targeted landings, the agency aims to accelerate science return from the Moon’s diverse geological environments while preparing infrastructure that could support Artemis Base Camp and future human surface operations. Senior NASA leaders indicated that discussions are ongoing regarding mission architectures, funding levels and partnerships that would enable a higher tempo of lunar robotic activity.
