The collaboration centers on testing Space Nukes' 10-kilowatt nuclear reactor aboard Space Ocean's ALV-N satellite. Upon meeting key performance milestones, Space Nukes will become a core supplier of compact fission systems for Space Ocean's lunar and planetary missions.
"Power is mission-critical, especially when you're operating in the deepest parts of space," said Paul S. Mamakos, CEO of Space Ocean Corp. "This collaboration gives us the opportunity to pair our fluid logistics and delivery infrastructure with nuclear technology that can scale, sustain and energize orbital and planetary missions."
Andrew Phelps, CEO of Space Nuclear Power Corporation, added, "Space Ocean's vision aligns with our belief that small, scalable and extremely reliable nuclear power is essential for long-duration missions. Together, we're laying the groundwork for a future where spacecraft can generate, manage and distribute energy far beyond Earth orbit."
Pete Freeland, President and CTO of Space Ocean Corp, said the partnership marks a turning point for deep-space power innovation. "Our collaborative efforts will mature an essential technology for future spaceflight, and we are excited to be aligned with this groundbreaking organization," he said.
The LOI also outlines mutual goals to integrate fluid logistics with reactor modules, gather operational data toward achieving Technology Readiness Level 9 (TRL-9), and establish a joint working group to advance in-space infrastructure and commercial applications. Though non-binding, the agreement represents a significant strategic alignment in power and logistics for long-range missions.
Related Links
Space Ocean Corp and Space Nuclear Power Corp
Rocket Science News at Space-Travel.Com
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