Space Reactors Division
NASA Science ·
Why nuclear? Solar power works near Earth, but it does not work everywhere the United States needs to go. To sustain a presence on the Moon, send crews to Mars, and explore the outer solar system, the nation needs a power source that works everywhere, without relying on the Sun. Nuclear power is that source. Find out more on the […] The post Space Reactors Division appeared first on NASA Science .
The Space Reactors Division of NASA’s Research and Technology Mission Directorate is pioneering the next-giant-leap technology to get America underway on nuclear power in space.
Solar power works near Earth, but it does not work everywhere the United States needs to go. To sustain a presence on the Moon, send crews to Mars, and explore the outer solar system, the nation needs a power source that works everywhere, without relying on the Sun. Nuclear power is that source.
Find out more on the Ignition Fact Sheet .
Destined for Mars in 2028, SR-1 Freedom will be the first fission-powered interplanetary spacecraft. It will demonstrate nuclear-electric propulsion and deliver three SkyFall helicopters to Mars.
Lunar Reactor-1 The first fission power system on the lunar surface, LR-1 will power the Moon Base during the long lunar nights helping astronauts live, work, and explore near the Moon’s South Pole.
Radioisotope Power Systems Program Office These nuclear batteries have been powering spacecraft in the darkest, dustiest, and most distant places in our solar system for more than 60 years.
Advanced Nuclear Technology Office NASA is propelling America into the next generation of space exploration by proving nuclear technologies that will be essential for future human missions to Mars and beyond.
Opportunities to Collaborate NASA is partnering with commercial industry, academia, and innovators to develop the technologies and capabilities needed to establish an enduring human presence on the Moon, send crews to Mars, and explore the outer solar system. The future of exploration will be built through collaboration.
Space Power and Reactor Capabilities call for proposals: SAM.gov
Director, Space Reactors Division
Program Director, SR-1 Freedom
Program Manager, Advanced Nuclear Technology
Program Manager, Radioisotope Power Systems
Program Manager, Lunar Reactor-1.
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