Nasa announces Artemis III mission no longer aims to send humans to moon

NASA has announced significant changes to its Artemis III mission, delaying the planned human landing on the moon. The agency, under administrator Jared Isaacman, cited technical challenges and concerns about the mission's scope as reasons for the shift. Instead of immediately landing astronauts, NASA will introduce at least one additional lunar flight before attempting a crewed landing. The revised timeline now aims for a human return to the moon in 2028, marking a delay of the original target date. This adjustment comes amidst criticism that NASA was attempting too much too quickly with the Artemis III mission. The agency hopes this new approach will allow for a more sustainable and successful return to the lunar surface.

NASA is restructuring its Artemis mission to the moon due to delays and cost overruns, amid competition with China. The agency cancelled a planned Boeing upgrade to the Space Launch System (SLS) rocket and is prioritizing more frequent launches. Artemis III, now scheduled for 2027, will involve the SLS rocket launching a crew in the Orion capsule to dock with landers in Earth orbit. Artemis IV, planned for 2028, will then attempt a lunar landing. The changes aim to accelerate the program's pace, addressing criticisms about the slow development of the SLS rocket. A crewed mission around the moon, initially planned for the coming weeks, has been delayed due to technical issues.

NASA is overhauling its Artemis program, adding an extra lunar mission before attempting a crewed lunar landing. This decision follows the return of NASA's new moon rocket to its hangar for repairs and a safety panel's warning to reduce overly ambitious goals. Artemis II, a lunar fly-around mission with four astronauts, is delayed until at least April due to rocket issues. The subsequent mission, Artemis III, which aimed for a lunar landing near the moon's south pole, will be pushed back to accommodate the additional mission. The changes aim to mitigate risks and ensure the safety of astronauts in the program's return to the moon after more than half a century.