Artemis II Crew Advises Artemis III Ahead of 2027 Moon-Return Tests
Updated
Updated · News 13 Orlando · Jul 8
Artemis II Crew Advises Artemis III Ahead of 2027 Moon-Return Tests
3 articles · Updated · News 13 Orlando · Jul 8
Summary
Nearly three months after splashdown, the four-member Artemis II crew used a Kennedy Space Center briefing to hand lessons from April’s 10-day lunar flyby to the Artemis III team.
Reid Wiseman said the next crew must act as “ambassadors” who knit together NASA and international partners, while Christina Koch cautioned against assuming Artemis III will face the same problems or need the same fixes.
Artemis III, set for 2027, will stay in low-Earth orbit and practice docking Orion with SpaceX’s Starship and/or Blue Origin’s Blue Moon landers rather than attempt a lunar landing.
Those tests are meant to prepare Artemis IV in 2028, when NASA plans to return humans to the moon’s surface after Artemis II became the first crewed lunar visit since Apollo 17 in 1972.
With both landers and spacesuits facing critical delays, is NASA's 2028 Moon landing timeline becoming an impossible dream?
Is NASA's bet on SpaceX's Mars-focused Starship a strategic masterstroke or a critical flaw in its lunar return plan?
Are the US-led Artemis Accords paving the way for peaceful exploration or a future conflict over lunar resources?
Artemis III Reimagined: NASA Prioritizes LEO Docking Tests After Blue Origin and SpaceX Delays
Overview
The Artemis II mission in April 2026 marked humanity’s return to the Moon’s vicinity and left a lasting legacy through its technical achievements and the crew’s personal reflections. Their experiences, especially in handling unexpected challenges and emphasizing teamwork and resilience, have become a valuable guide for the next generation of lunar explorers, particularly the Artemis III astronauts. By sharing candid accounts of their journey, the Artemis II crew highlighted the human side of space exploration and inspired greater public interest, setting the stage for future missions and deepening engagement with the ongoing Artemis program.