Issuing Organization: NANO Nuclear Energy, inc.
RFI Reference Number: NNE–FSP–RFI–001
Oscar Leandro, VP of Corporate Development | Oscar@nanonuclearenergy.com
NNS’ strategic focus positions it to lead the emerging market of space exploitation, establishing the foundation for human industry beyond Earth.
With a focus on the vast commercial potential of space, NNS is pioneering systems designed to address the unique operational challenges of cis-lunar space while supporting sustainable human presence and unlocking space resources for economic development.
NANO Nuclear Energy’s mission includes an ambition to explore new and innovative markets and industries, leading the Company to examine the potential to deploy its technologies to space applications, through its subsidiary NANO Nuclear Space Inc. (NNS). NNS will utilize its world class scientific teams to examine the adaptation of its technologies to contribute towards humanity’s drive to expand beyond low earth orbit.
NNS will focus on developing ZEUS™, a solid core battery reactor, and the space-capable, portable LOKI MMR™, for applications such as power systems for extraterrestrial projects and human sustaining environments, and potentially propulsion technology for long haul space missions.
NNS will draw from the wealth of experience at NANO Nuclear Energy, to form an entity the Company hopes can be part of humanity’s expansion beyond terrestrial confinement.
By concentrating on cis-lunar space, the hub of commercial space activity,
NNS aims to capitalize on
unprecedented opportunities
Understanding Space Nuclear Systems
As humanity sets its sights beyond our earthly confines, the necessity for advanced propulsion and power systems to sustain long-duration space missions and habitation has never been more critical. Space nuclear systems are emerging as the game-changing solution to these challenges, signaling a new era in space exploration and development.
Space nuclear systems encompass nuclear propulsion and power generation technologies designed for space applications. These systems offer significant advantages over traditional chemical propulsion and solar power, especially for missions beyond the immediate vicinity of Earth:
- Efficiency and Power: Nuclear propulsion offers a much higher specific impulse compared to chemical rockets, meaning spacecraft can travel faster and further, reducing mission times to destinations like Mars and beyond.
- Reliability: Nuclear power systems can provide continuous power regardless of solar availability, essential for sustaining life and operations on distant worlds or in the shadowed craters of the Moon.
- Versatility: From powering habitats on the Moon and Mars to propelling spacecraft to the outer planets, nuclear systems’ compact and scalable nature makes them suitable for a wide array of space applications, including cis-lunar operations and satellite maneuvering.
Our Vision
