NASA races to put nuclear reactors on Moon and Mars
WASHINGTON, United States - The United States is rushing to put nuclear power reactors on the Moon and Mars, and hopes to launch the first system by the end of the decade.
A new NASA directive -- first reported by Politico and seen by AFP on Tuesday -- calls for the appointment of a nuclear power czar to select two commercial proposals within six months, framing the push as crucial to outpacing a joint Chinese-Russian effort.
Signed by acting NASA chief Sean Duffy, who is also US transportation secretary, the July 31 memo is the latest sign of the agency's shift towards prioritizing human space exploration over scientific research under President Donald Trump's second term.
"Since March 2024, China and Russia have announced on at least three occasions a joint effort to place a reactor on the Moon by the mid-2030s," it says.
"The first country to do so could potentially declare a keep-out zone which would significantly inhibit the United States from establishing a planned Artemis presence if not there first."
The idea of using nuclear energy off-planet is not new.
Since 2000, NASA has invested $200 million towards developing small, lightweight fission power systems, though none have progressed towards flight readiness, according to the directive.
The most recent effort came in 2023 with the completion of three $5 million industry study contracts that focused on generating 40 kilowatts of power, enough to continuously run 30 households for ten years.
Unlike solar power, fission systems can operate around the clock -- invaluable during the weeks-long lunar nights or Martian dust storms.
Advances in technology have made such systems increasingly compact and lightweight.
NASA formally committed to using nuclear power on Mars in December 2024 -- the first of seven key decisions necessary for human exploration of the Red Planet.
Based on feedback by industry, surface power needs should be at least 100 kilowatts to support "long-term human operations including in-situ resource utilization," meaning things like life support, communications, and mining equipment to collect surface ice.
It assumes the use of a "heavy class lander" that carries up to 15 metric tons of mass, and targets a "readiness to launch by the first quarter of FY30," meaning late 2029.
NASA's Artemis program to return to the Moon and establish a lasting presence near the south pole has faced repeated delays.
The timeline for Artemis 3, the first planned crewed landing, has slipped to 2027, a date few see as realistic given the planned lander, SpaceX's Starship, is far from ready.
China meanwhile is targeting 2030 for its first crewed mission and has proven more adept at meeting its deadlines in recent years. —Agence France-Presse
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GMA Network
4 days ago
- GMA Network
NASA races to put nuclear reactors on Moon and Mars
This NASA image obtained on April 22, 2009, Earth Day, shows the Earthrise over the Moon made on Christmas Eve, December 24, 1968 from Apollo 8, the first manned mission to the Moon, as it entered lunar orbit. NASA/AFP WASHINGTON, United States - The United States is rushing to put nuclear power reactors on the Moon and Mars, and hopes to launch the first system by the end of the decade. A new NASA directive -- first reported by Politico and seen by AFP on Tuesday -- calls for the appointment of a nuclear power czar to select two commercial proposals within six months, framing the push as crucial to outpacing a joint Chinese-Russian effort. Signed by acting NASA chief Sean Duffy, who is also US transportation secretary, the July 31 memo is the latest sign of the agency's shift towards prioritizing human space exploration over scientific research under President Donald Trump's second term. "Since March 2024, China and Russia have announced on at least three occasions a joint effort to place a reactor on the Moon by the mid-2030s," it says. "The first country to do so could potentially declare a keep-out zone which would significantly inhibit the United States from establishing a planned Artemis presence if not there first." The idea of using nuclear energy off-planet is not new. Since 2000, NASA has invested $200 million towards developing small, lightweight fission power systems, though none have progressed towards flight readiness, according to the directive. The most recent effort came in 2023 with the completion of three $5 million industry study contracts that focused on generating 40 kilowatts of power, enough to continuously run 30 households for ten years. Unlike solar power, fission systems can operate around the clock -- invaluable during the weeks-long lunar nights or Martian dust storms. Advances in technology have made such systems increasingly compact and lightweight. NASA formally committed to using nuclear power on Mars in December 2024 -- the first of seven key decisions necessary for human exploration of the Red Planet. Based on feedback by industry, surface power needs should be at least 100 kilowatts to support "long-term human operations including in-situ resource utilization," meaning things like life support, communications, and mining equipment to collect surface ice. It assumes the use of a "heavy class lander" that carries up to 15 metric tons of mass, and targets a "readiness to launch by the first quarter of FY30," meaning late 2029. NASA's Artemis program to return to the Moon and establish a lasting presence near the south pole has faced repeated delays. The timeline for Artemis 3, the first planned crewed landing, has slipped to 2027, a date few see as realistic given the planned lander, SpaceX's Starship, is far from ready. China meanwhile is targeting 2030 for its first crewed mission and has proven more adept at meeting its deadlines in recent years. —Agence France-Presse
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