NASA Delays Artemis III to Late 2027 as SpaceX, Blue Origin Lander Work Slips
Updated
Updated · Green Matters · May 11
NASA Delays Artemis III to Late 2027 as SpaceX, Blue Origin Lander Work Slips
7 articles · Updated · Green Matters · May 11
Late 2027 is NASA’s new target for Artemis III, pushing the next Orion-SLS moon mission beyond the agency’s earlier plan to fly missions about every 10 months.
SpaceX and Blue Origin are driving the delay: production problems with their Human Landing System vehicles are holding up the mission rather than issues with NASA’s own spacecraft.
Artemis III is meant to test integrated operations between Orion and the two landers, including whether the systems can work together and complete docking as planned.
April 2026’s Artemis II flew four astronauts around the moon’s far side without landing, setting up Artemis III as the next step toward renewed lunar surface missions.
NASA ultimately sees the moon campaign as groundwork for a sustained lunar presence and, much later, crewed missions to Mars.
With moon lander delays and a canceled space station, is NASA's goal of Mars getting further away?
NASA has sidelined its Gateway space station. Can its new moon base plan succeed without it?
With no rescue plan for lunar astronauts, how serious are the new lander safety risks?
Artemis III Overhaul: NASA Delays Moon Landing to Late 2027, Cites Safety, Technical Hurdles, and China’s Rapid Progress
Overview
NASA has officially delayed and fundamentally redesigned the Artemis III mission, shifting its focus from a lunar landing to a high-stakes orbital rehearsal in late 2027. This change comes after recognizing that the original 2028 moon landing timeline was unrealistic without a crucial preparatory mission. Instead of landing, Artemis III will see astronauts dock with new commercial moon landers in low-Earth orbit, where they will conduct detailed tests of critical systems like navigation, communications, propulsion, and life support, as well as verify key rendezvous procedures. This stepwise approach aims to reduce risk and ensure future lunar landings are safer and more successful.