The LOKI MMR™ is a portable nuclear reactor designed for versatility in application and deployment. Designed to provide between 1MWe and 5MWe of power, it is tailored to specific applications ranging from remote terrestrial, marine, and space deployments. Its transportability via road, rail, sea, and air ensures adaptability for diverse deployment scenarios and supports scalability through interconnected systems to meet greater energy demands.

While NANO Nuclear will explore different applications for LOKI MMR™, it is anticipated that the LOKI MMR™ will particularly compliment NANO Nuclear’s previously announced efforts to apply nuclear energy in space exploration.   

LOKI MMR™’s design supports long-term extra-terrestrial applications, including powering resource extraction facilities, space-based manufacturing, and electric propulsion engines for deep space missions. Scalable from 10kWe to 3MWe and compatible with lander configurations, the LOKI MMR™ power system is designed to ensure safe and reliable electricity and thermal energy generation beyond the bounds of Earth.

Initial testing of LOKI MMR™ was originally anticipated to begin in 2026 through the National Reactor Innovation Center (NRIC) Front End Engineering program. While this timeline is now under review following the recent acquisition of the technology, NANO Nuclear is committed to making every effort to align with the original schedule and advance the LOKI MMR™ toward demonstration at the DOME facility at Idaho National Laboratory (INL) by 2027.