Karmactive Staff
Photo Source: Google
Rolls-Royce's Space Micro-Reactor, funded by a £2.9 million grant from the UK Space Agency, is a leap forward in lunar exploration technology.
Karmactive Staff
Photo Source: Google
Designed for harsh space environments, the Micro-Reactor ensures consistent power supply, critical for lunar base habitation and exploration.
Karmactive Staff
Photo Source: Google
Collaborative efforts between Rolls-Royce, leading universities, and research centers have culminated in the development of this cutting-edge reactor.
Karmactive Staff
Photo Source: Google
Abi Clayton from Rolls-Royce and Dr. Paul Bate from the UK Space Agency emphasize the Micro-Reactor's dual benefits for space and Earth.
Karmactive Staff
Photo Source: Google
Rolls-Royce's Small Modular Reactor (SMR) complements the Micro-Reactor, highlighting the company's commitment to innovative energy solutions.
Karmactive Staff
Photo Source: Google
The Micro-Reactor's goal to power Moon missions by the early 2030s marks a new era in space exploration.
Karmactive Staff
Photo Source: Google
Since 1961, RTGs have been a cornerstone of U.S. space missions, demonstrating the longevity and reliability of nuclear power in space.
Karmactive Staff
Photo Source: Google
NASA's continuous research into nuclear thermal propulsion underlines its significance for future Mars missions.
Karmactive Staff
Photo Source: Google
International efforts in space nuclear power, from the Soviet Union's RORSAT satellites to India's RTG proposals, reflect a growing global focus.
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