NASA has shared an ambitious, preliminary framework for its first three “Moon Base” test flights. Having successfully concluded its crewed Artemis II lunar flyby mission in April, the agency is shifting focus toward establishing a permanent infrastructure on the lunar surface. These upcoming unmanned deployments are designed to evaluate newly contracted lunar landers and rovers while analysing surface conditions ahead of subsequent crewed activities.
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Because NASA utilizes multiple distinct commercial contracts for payload integration and vehicle development, tracking the specific components of each mission can be complex. The initial phase is structured across three primary launches, all in 2026:
- Moon Base I: This inaugural mission will utilize Blue Origin’s Blue Moon Mark 1 Endurance cargo lander to deliver critical scientific instruments, including a specialized Lunar Plume-Surface Studies suite and multi-angle surface cameras. NASA recently completed environmental testing on this specific lander variant and confirmed this month that it has received a second-generation, crew-optimized prototype for future training and simulation
- Moon Base II: This flight will leverage Astrobotic’s Griffin lander to deliver Astrolab’s Flexible Logistics and Exploration (FLIP) rover to the surface. The deployment will provide empirical operational data to help the startup refine future lunar terrain vehicle (LTV) architectures.
- Moon Base III: Utilizing Intuitive Machines’ Nova-C Trinity lander, this mission will explore the physics of lunar swirls. It will also drop off international research payloads on behalf of the European Space Agency (ESA) and the Korea Astronomy and Space Science Institute (KASI).
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To stimulate the commercial space economy, NASA has distributed substantial capital across competing aerospace firms. For the development and manufacturing of next-generation LTVs, Astrolab and Lunar Outpost have been awarded development contracts valued at $219 million and $220 million, respectively. Concurrently, Blue Origin secured a separate $118 million contract specifically to handle the transport and precision delivery of these rovers to the lunar surface.
These logistics-heavy test flights are a direct consequence of a comprehensive schedule revision announced by NASA in February, which officially postponed the next human landing on the Moon until 2028. As part of this extended runway, NASA also plans to deploy a fleet of autonomous drones to thoroughly map and survey potential landing zones under a precursor program dubbed MoonFall before astronauts are cleared to descend.
