NASA Plans 2027 Artemis III Rehearsal With 2 Moon Landers Before 2028 Landing
Updated
Updated · Tesla North · Jul 15
NASA Plans 2027 Artemis III Rehearsal With 2 Moon Landers Before 2028 Landing
3 articles · Updated · Tesla North · Jul 15
Summary
A 2027 Artemis III demo in Earth orbit will have Orion rendezvous separately with Blue Origin and SpaceX landers before NASA attempts a crewed lunar landing in 2028.
The rehearsal is meant to catch software and hardware flaws early, with NASA calling the mission one of its most complex because three heavy rockets must launch in rapid succession from different pads.
Blue Origin’s Blue Moon prototype will launch first, wait in orbit for up to 30 days, then host two astronauts who will enter the cabin to inspect life-support systems and the interior environment.
SpaceX’s Starship Version 3 will follow with a different docking setup—Orion connects to its nose—and astronauts will stay out while NASA tests communications, software and vehicle motion.
NASA said the two providers’ different designs will complement upcoming uncrewed Moon demonstrations and help mature the systems needed for safe human landings.
After its rocket explosion, can Blue Origin realistically recover in time for the crucial 2027 Artemis dress rehearsal?
Is NASA's three-rocket 'dance' a brilliant safety test or a sign its Moon plan is becoming too complex to succeed?
NASA’s Artemis III 2027: From Lunar Landing to Low-Earth Orbit Dress Rehearsal Amid Global Competition
Overview
Artemis III has shifted from a planned lunar landing to an important orbital dress rehearsal in low-Earth orbit, now set for mid-to-late 2027. This change allows NASA to thoroughly test key systems and procedures closer to home before attempting a Moon landing. The mission will feature the first in-orbit test of the advanced AxEMU spacesuit, designed to protect astronauts from the harsh conditions of the lunar South Pole. By simulating lunar challenges in orbit, the Artemis III crew will gain valuable experience and data, helping ensure the safety and success of future lunar missions.