Updated
Updated · The Indian Express · Oct 1
White House Targets 20-Kilowatt Space Reactors by 2028, Moon Deployment by 2030
Updated
Updated · The Indian Express · Oct 1

White House Targets 20-Kilowatt Space Reactors by 2028, Moon Deployment by 2030

3 articles · Updated · The Indian Express · Oct 1

Summary

  • A White House memorandum set goals for 20-kilowatt nuclear reactors in orbit by 2028 and on the Moon by 2030, aiming to support sustained lunar and deep-space missions.
  • Solar power weakens farther from the Sun and struggles through long lunar nights and permanently shadowed regions, making compact nuclear systems attractive for continuous power.
  • Fission reactors are being developed for higher-power uses such as lunar habitats, life support and communications, while nuclear propulsion could cut Mars travel times and improve cargo efficiency.
  • NASA already plans at least 100 kilowatts of lunar fission power by early fiscal 2030, and China and Russia have separately outlined a mid-2030s reactor for their joint lunar station.
  • Existing rules cover liability and basic safety, but gaps remain for newer high-power reactors and propulsion systems, raising pressure for updated international standards and cooperation.

Insights

Will the rush to build nuclear reactors on the Moon spark a radioactive space race beyond current international laws?
Could a launch failure of a next-generation lunar nuclear reactor scatter dangerous radioactive debris across Earth's atmosphere?
How will space agencies secure enough rare plutonium to power humanity's deepest cosmic ambitions before supplies run dry?