NASA outlines three uncrewed lunar missions ahead of 2028 crewed landing
The US space agency has announced a series of preparatory steps for its Artemis programme, including the development of the first nuclear reactor-powered spacecraft and infrastructure for a permanent lunar presence.

NASA has unveiled plans to launch three uncrewed missions to the Moon this year, marking a significant step in preparations for a crewed landing scheduled for 2028. The announcement, reported by The Verge, signals an acceleration in the agency’s efforts to re-establish a sustained human presence on the lunar surface.
Jeff Bezos’s Blue Origin will lead the first of these uncrewed missions, according to reports from The Washington Post. While the specific objectives and identities of the second and third missions were not detailed in the source material, their inclusion in the current year’s launch schedule underscores the urgency of the agency’s timeline.
Alongside the immediate mission plans, NASA outlined broader infrastructure goals aimed at supporting long-term operations. NBC News reported that the agency is taking steps to build the first lunar base at the Moon’s south pole, a region of strategic interest due to the presence of water ice in permanently shadowed craters.
The agency also confirmed the development of the first nuclear reactor-powered spacecraft, a capability reported by MIT Technology Review. This technology is critical for providing reliable power in the lunar environment, where solar energy can be inconsistent, particularly during the long lunar night.
These developments form part of a wider strategic initiative to secure a foothold on the Moon before returning humans to the surface. The combination of uncrewed precursors, base construction, and advanced power systems suggests a coordinated approach to overcoming the logistical challenges of deep space exploration.
As NASA moves forward with these announcements, the focus remains on the 2028 crewed landing target. The uncrewed missions will likely serve to test landing systems, surface operations, and the new nuclear power technology required to support the lunar base.


