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Sunday, November 8, 2026 · UTC
Launches & Rockets

NASA's new Artemis plan: a 2027 orbital test, then a 2028 Moon landing with two landers in the running

Artemis III becomes a low-Earth-orbit dress rehearsal, and NASA keeps SpaceX and Blue Origin competing for the first landing.

Senior Space Correspondent
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NASA prepares for Moon landing with two landers in competition
NASA prepares for Moon landing with two landers in competition AI illustrationhow this picture was made
WASHINGTON, USA, Oct. 23, 2026 - NASA has reshaped its plan for returning astronauts to the Moon. Artemis III will launch in 2027 as a low Earth orbit test mission rather than a landing,[1] and Artemis IV is targeted for 2028[2] as the first crewed landing attempt, at the Moon's south pole.[3] Artemis III was reconfigured earlier this year from a lunar landing into an orbital lander test.[4] Artemis program manager Jeremy Parsons said it will test three separate spacecraft launched on three different rockets,[5] and Payload describes the line-up as three launch vehicles, one lunar lander and the Orion capsule.[6] NASA calls it a 14-day mission,[1] while Payload reports 14 to 17 days.[7] The crew will also test spacesuits, run science experiments and rehearse lunar sample return,[8] and NASA will use the data to lower the risk of the 2028 landing.[3] NASA has two proposed plans for Artemis IV,[9] one using SpaceX's Starship[10] and one using Blue Origin's New Glenn rocket and Mark 2 lander,[11] and both companies plan independent lunar landing missions in 2028.[12] NASA has not yet chosen which will fly the first crew.[13] SpaceX will test orbital propellant transfer in early 2027,[14] and Blue Origin expects to resume New Glenn launches in November after a May explosion.[15] Space Nugget. A test in low Earth orbit lets astronauts practise the hardest new step, docking Orion with a lander, a few hundred kilometres up, where a problem can be met with a quick return home instead of a three-day trip back from the Moon. Landers that stay in space never need heat shields or the strength to survive launch from Earth, which is why the new vehicles look so different from Apollo's.
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  1. NASA confirmed Artemis III will launch in 2027 as a 14-day low Earth orbit test mission prior to crewed lunar landing attempts. · NASAUnited Statesofficial source
  2. Artemis IV is targeted for 2028 flight. · payloadspace.com
  3. NASA intends to use Artemis III test data to reduce risk for the planned 2028 crewed lunar landing at the Moon South Pole. · NASAUnited Statesofficial source
  4. Artemis III was reconfigured earlier this year from a crewed lunar surface landing mission to an orbital lander test mission. · Scientific American
  5. Jeremy Parsons, NASA Artemis program manager, stated the mission will test three separate spacecraft launched on three different rockets. · NASAUnited Statesofficial source
  6. Artemis III will test three launch vehicles, one lunar lander, and Orion capsule. · payloadspace.com
  7. Artemis III will be a 14 to 17 day LEO mission. · payloadspace.com
  8. NASA plans to conduct additional spacesuit testing, science experiments, and lunar sample return procedure validation during the mission. · NASAUnited Statesofficial source
  9. NASA has two proposed plans for Artemis IV. · payloadspace.com
  10. One Artemis IV plan uses SpaceX Starship. · payloadspace.com
  11. One Artemis IV plan uses Blue Origin New Glenn and Mark 2 lander. · payloadspace.com
  12. Artemis program manager Jeremy Parsons stated on Friday that both SpaceX and Blue Origin plan independent lunar landing missions in 2028. · Scientific American
  13. NASA has not selected the Artemis IV landing provider. · payloadspace.com
  14. SpaceX will test orbital propulsion transfer in early 2027. · payloadspace.com
  15. Jeremy Parsons stated that Blue Origin expects to resume New Glenn rocket launches in November following a May explosion. · Scientific American
The one we could place publishes from United States. 2 could not be placed by their address. 1 is an official body, so this traces to the document itself.