While humanity is now in the preparation phase for long- and long-range space missions, US National Aeronautics and Space Administration (NASA)has made significant progress. The agency, together with the US Department of Energy, has selected three concept designs that will take the first step in nuclear energy studies in space.

The three designs will be on the moon in the US by the end of 2030.fission surface energy system‘ was chosen as part of the plans to establish it. In this context, NASA, which plans to reach the moon with Artemis, has started planning energy on the surface of the moon with the project. Be instrumental in the initial development of the design concept for all three selected designs $5 million budget are provided.

What will the technology do?

These fission systems are smaller and lighter than other energy systems, and their center is: It can produce energy regardless of its location, how much sunlight it receives, and environmental conditions. This paves the way for the energy supply for long-term lunar and Mars missions. Jim Reuter, co-director of NASA’s Space Technology Mission Directorate, also defines the technology as follows:

“New technology allows us to explore the Moon, Mars and beyond. Developing these early designs will help lay the groundwork for enhancing our long-term human presence on other worlds.”

Which company designs were chosen for the project?

NASA has announced the developers and partners of the designs selected under the project as follows:

• Lockheed Martin (in collaboration with BWXT and Creare)
• Westinghouse (in collaboration with Aerojet Rocketdyne)
• IX (in collaboration with Maxar and Boeing)

Surface energy nuclear fission technologies are NASA technologies that rely on reactors to generate power. to the maturation of nuclear propulsion systems It will help.