Under the terms of the Letter of Intent, Texas-based Space Ocean intends to test Space Nuclear Power's (SpaceNukes') 10-kilowatt nuclear reactor aboard its ALV-N satellite. If performance criteria are met, SpaceNukes will become a core supplier of nuclear power units for future Space Ocean missions focused on lunar and planetary operations.
The Letter of Intent also includes mutual objectives to: explore integration of fluid delivery systems with reactor modules; collect operational data to support Technology Readiness Level 9 certification; form a joint working group to pursue additional space infrastructure and commercial opportunities.
"Space Ocean's vision aligns with our belief that small, scalable and extremely reliable nuclear power is essential for long-duration missions," said Andrew Phelps, CEO of SpaceNukes, which is commercialising Kilopower space fission reactor technology under licence from Los Alamos National Laboratory. "Together, we're laying the groundwork for a future where spacecraft can generate, manage and distribute energy far beyond Earth orbit."
"Power is mission-critical, especially when you're operating in the deepest parts of space," said Paul Mamakos, CEO of Space Ocean. "This collaboration gives us the opportunity to pair our fluid logistics and delivery infrastructure with nuclear technology that can scale, sustain and energise orbital and planetary missions."
Pete Freeland, president and CTO of Space Ocean, added: "This strategic alliance between SpaceNukes and Space Ocean is a game changer for not only our programmes, but for planetary exploration missions yet to launch. Our collaborative efforts will mature an essential technology for future spaceflight, and we are excited to be aligned with this groundbreaking organisation."
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