The first crewed lunar landing is now Artemis 4, planned for 2028. SpaceX's Starship and Blue Origin's Blue Moon Mark 2 will dock with Orion in low Earth orbit instead.
The next crewed Artemis mission will not go to the moon. Artemis 3, once sold as the first human return to the lunar surface, has been redefined as a low Earth orbit docking test between NASA's Orion capsule and prototypes of SpaceX's Starship and Blue Origin's Blue Moon Mark 2, the two landers the agency is paying to build under its Human Landing System (HLS) program. The first actual crewed lunar landing is now Artemis 4, targeted for 2028, according to a SpaceNews report from a June 9 NASA event at Johnson Space Center.
The reframe is the clearest public simplification of a crewed lunar architecture that has been growing more complex for years. It also walks back a central promise of the program: that Artemis 3 would put boots on the moon. Instead, the mission will stay close to home, dock in low Earth orbit, and rehearse the most operationally novel step of a lunar landing, the crew-to-lander transfer, without committing a crew to the surface.
The stated reason is crew safety. The original Artemis 3 architecture required two unique crewed maneuvers: a docking in a distant lunar orbit called near-rectilinear halo orbit (NRHO) between Orion and a waiting Starship lander, and then a descent and ascent from the lunar surface. Both steps have to work on the first try, with no abort option once the lander separates from Orion in NRHO. Moving the docking to low Earth orbit, where the crew is never more than a few minutes from a safe return, collapses most failure modes into a regime where abort is essentially continuous. The cost is that Artemis 3 no longer demonstrates a landing.
SpaceX's revised approach is what makes the simplification possible. Under the prior plan, a separate stage would have performed the translunar injection (TLI), the engine burn that pushes a spacecraft from Earth toward the moon, and Starship would have loitered in space waiting for Orion. The new approach uses Starship itself for that burn, removes the need for a separate TLI stage, and ends the requirement that the lander loiter in orbit waiting for the crew.
Blue Origin is moving in parallel. The Blue Moon Mark 2 is being prepared as the second HLS vehicle, with its own acceleration approach. NASA directed both companies to develop those approaches last year, and neither had previously released many details about the concepts. The June 9 event appears to be the first time the agency and both partners have laid out the revised plans in a single public setting, and it confirms that two separate landers, not one, will be available for the early crewed landings.
What is actually flying. Artemis 3 is now an Orion-and-crew test flight in low Earth orbit that will, for the first time, dock with both Blue Moon Mark 2 and Starship prototypes in the same mission. One of those two landers will then be assigned to Artemis 4, the first Artemis mission intended to land a crew on the moon, currently scheduled for 2028. The choice of lander for Artemis 4 has not been announced.
What to watch. Three things will determine whether the simplified plan holds. First, whether Starship can reach orbit, refuel in space, and complete a translunar burn; SpaceX has not yet flown a full refueling demonstration. Second, whether Blue Origin can deliver Blue Moon Mark 2 on a cadence that supports a 2028 landing, a date Artemis has already slipped past twice. Third, whether the Earth-orbit docking test produces the data NASA needs to certify a lander for a crewed descent; a successful test that reveals a new failure mode would still delay Artemis 4.
The honest read of the June 9 event is that NASA is publicly adapting a crewed program that has run into the limits of its original architecture. The mission that was supposed to return humans to the moon is now the rehearsal for that return. The landing itself has been pushed back. In exchange, the agency is asking the public to accept a simpler path: prove the pieces in low Earth orbit, then take the harder step with Artemis 4.