NASA has announced a multi-phase plan to return astronauts to the Moon by 2028 and eventually build habitable lunar bases [1], [4].
This initiative represents a strategic shift toward a permanent human presence on the lunar surface. By establishing a sustainable outpost, the agency intends to use the Moon as a testing ground and stepping-stone for future crewed missions to Mars [2], [5].
The ambitious program includes a budget of $20 billion [4]. To achieve its goals, NASA is partnering with private companies, including Blue Origin, founded by Jeff Bezos [1]. The agency's roadmap involves a total of 73 planned lunar landings to facilitate the installation of the base [3].
Following the initial crewed return in 2028, NASA intends to conduct crewed lunar landings every six months [6]. The timeline also includes the deployment of three robots before the end of this year [1]. For the Artemis II mission, the agency has scheduled a duration of 10 days [3].
Developing the necessary infrastructure requires advanced power solutions. The White House said NASA must create a plan for a lunar nuclear reactor within 30 days [8].
While the agency has set a target for the first habitable base around 2032 [1], some reports indicate that a concrete year for the base's completion has not been finalized [2]. This discrepancy highlights the complexity of the multi-decade timeline required to sustain human life on another celestial body.
“NASA has announced a multi-phase plan to return astronauts to the Moon by 2028”
The transition to a public-private partnership model allows NASA to leverage commercial innovation and funding to reduce the risks of deep-space habitation. By focusing on a permanent lunar presence rather than short-term visits, the U.S. is positioning itself to dominate the emerging lunar economy and secure the technical expertise necessary for the far more hazardous journey to Mars.
