NASA aims to land its 20-kilowatt Lunar Reactor 1 by late 2030, while a Russian and Chinese partnership intends to deploy a 10-kilowatt unit dubbed Selena by approximately 2036. These systems will operate without maintenance for up to a decade to power robotic and crewed outposts in hostile polar conditions. Beyond water extraction, private industry figures like Elon Musk envision utilizing this electrical capacity to harvest lunar aluminum, titanium, and silicon for satellite construction. Both programs will launch the reactors in an unactivated state aboard automated landing craft to mitigate dangerous contamination risks during flight.
Key points
Nuclear energy provides the continuous electrical output required to survive the moon's r…: Nuclear energy provides the continuous electrical output required to survive the moon's recurring two-week periods of darkness.
Surface power is critical for harvesting polar ice reserves that can yield drinking water…: Surface power is critical for harvesting polar ice reserves that can yield drinking water, breathable air, and rocket fuel.
Lunar industrial plans also target the extraction of local minerals like titanium, silico…: Lunar industrial plans also target the extraction of local minerals like titanium, silicon, and aluminum to manufacture future orbital satellites.
Sources checked by our analysis pipeline: 1
Lunar reactors could revolutionise moon exploration, providing energy for bases and mining, but risks of contamination remain.
The United States, Russia and China are racing to build nuclear reactors on the moon, as scientists warn about the possible risk of a radioactive mishap.
In January, NASA, the US space agency, announced plans to develop a nuclear reactor on the moon by the end of 2030. Russia, working with China, aims to do the same by 2036 as they strive to advance space exploration.
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The reactors will be needed to power mining of frozen water trapped deep in the moon’s craters, which scientists believe could supply drinking water, air, and rocket fuel for future bases. The reactors would also…
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