NASA Plans Robotic Lunar Infrastructure Before 2028 Astronaut Landing
NASA Administrator Jared Isaacman says the agency’s moon-base plan will begin with repeated robotic landings rather than a fixed settlement blueprint. In a Bloomberg Tech interview, he described a phased campaign starting in 2027, with rovers and other infrastructure intended to be on the lunar surface before Artemis 4 astronauts arrive in 2028, followed by heavier buildout and eventually monthslong crew rotations if earlier missions prove what the base needs.
Robotic landers come first
Jared Isaacman described NASA’s plan for a moon base as a phased buildout that starts with frequent robotic landings before committing to the final architecture for habitation, mobility, power, and communications. The first objective is not to arrive with a fixed blueprint for a lunar settlement. It is to put enough machines, early infrastructure, and surface activity on the moon to determine what the later base should require.
Beginning in 2027, Isaacman said, NASA expects a “near monthly cadence” of robotic landers on the moon, along with several rovers. He said NASA has already provided an award for the first two rovers that would be capable of both crewed and autonomous operation on the lunar surface. By the time astronauts arrive on Artemis 4 in 2028, he said, they are expected to find infrastructure already waiting for them at the moon base, including at least one rover.
| Phase | Stated timeframe | Main purpose | Human presence described |
|---|---|---|---|
| Phase 1 | 2027–2029 | Frequent landings to test and learn what the base needs | Potentially days on the lunar surface |
| Phase 2 | 2029 into the early 2030s | More tonnage and more committed hardware choices for a habitable environment | Potentially weeks on the lunar surface |
| Phase 3 | After Phase 2, timing informed by earlier landings | Crew rotations comparable to the International Space Station model | Potentially months on the lunar surface |
That sequencing is central to the plan. The base is not framed as a single construction project that begins when astronauts land. The surface campaign begins before the crew arrives, with robotic systems and repeated landings establishing the conditions for human work.
When our astronauts arrive on Artemis 4 in 2028, they're going to already have some infrastructure at the moon base waiting for them.
The result is a plan with dates, but not a fully locked design. Isaacman’s account puts the earliest lunar activity in service of narrowing choices for the later base.
Phase 1 is the science of survival
Jared Isaacman called Phase 1 “a lot of littles” and compared it to the approach NASA used in the 1960s. Before Apollo 11, he said, there was Mercury, then Gemini, then Apollo, and many Apollo missions before the moon landing itself. His point was the method: repeated missions that build knowledge before the highest-stakes objective.
So Phase 1, we're we're calling it a science of survival.
For the lunar base, that means NASA does not want to lock in its major surface strategies too early: how astronauts and logistics should move around, how power should be supplied, how surface communications should work, and how orbital communications should support the system. Isaacman’s stated reason was simple: the United States has not been to the moon in more than half a century, so NASA should not pretend it can get all of those choices “perfect” today.
The near-monthly landings are supposed to inform what hardware and capabilities NASA chooses next. In the first period, frequency matters because NASA is still learning. In later periods, the cadence may not need to remain monthly if the agency has enough direction to move heavier and more purposeful systems to the surface.
Phase 2 is heavier buildout, not immediate settlement
In Isaacman’s description, Phase 2 begins after the early landings have clarified what NASA should build. At that point, the agency may put “a lot more tonnage” on the lunar surface and commit to more specific hardware and capabilities. The work becomes less about many small landings and more about scaling the systems that Phase 1 points toward.
He described the intended objective as building out a “habitable environment.” That does not mean crews immediately live on the moon indefinitely. The progression he laid out is gradual: astronauts might spend days on the surface in Phase 1, then potentially weeks in Phase 2.
The logic is that habitation is not just a module. It depends on the surrounding system and on enough surface experience to know which design choices should be locked in. Isaacman treated those as open questions at the start of the campaign.
The endpoint is recurring monthslong lunar rotations
Jared Isaacman gave the broad schedule as 2027 through 2029 for Phase 1, and 2029 into the early 2030s for Phase 2. Phase 3, as he described it, is the point at which lunar crews could resemble the rotation model used on the International Space Station, with astronauts potentially staying on the lunar surface for months at a time.
The endpoint is recurring monthslong lunar rotations, contingent on what the earlier phases prove. The comparison to the International Space Station matters because it frames the moon base as an operating outpost with recurring crews rather than a one-off expedition destination.
When Ed Ludlow asked whether he had a date marked on the calendar for a base with humans living and working inside it, Isaacman rejected the idea that NASA lacks timeframes. But he did not present Phase 3 as a fixed calendar promise. NASA’s lunar base, in this account, moves from robotic infrastructure, to short human surface stays, to heavier buildout, and eventually to monthslong crew rotations if the earlier phases establish what works.
