Central to this collaboration is the development of Nuclear Electric Propulsion (NEP) systems, which integrate a nuclear reactor power source with electric propulsion to enable "Maneuver Without Regret" capabilities. NEP systems are significantly more efficient than traditional chemical propulsion, offering 5 to 25 times more thrust per unit mass, reducing the risk of running out of propellant during complex maneuvers.
SpaceNukes stands out as the only US company with recent experience in designing, building, and testing an innovative reactor concept. In 2018, the company's Kilopower reactor power system was successfully demonstrated during the KRUSTY test, showcasing a ready-to-fly technology capable of supporting missions on the Moon, Mars, and deep space.
As part of this effort, SpaceNukes is collaborating with University of Michigan students and faculty to develop 2nd-generation reactor technologies. These next-generation reactors offer significant improvements, including higher reactor and radiator temperatures, resulting in lighter, more compact systems that provide greater agility and reduced detectability, making them highly suitable for both civilian and defense applications.
Related Links
Space Nuclear Power Corporation
Rocket Science News at Space-Travel.Com
| Subscribe Free To Our Daily Newsletters |
| Subscribe Free To Our Daily Newsletters |
