L3Harris Unveils Advanced Electric Propulsion for Cislunar Spacecraft as U.S. Space Force Proposes New Deterrence Theory
L3Harris Technologies has developed an advanced electric propulsion system capable of transferring and maneuvering large spacecraft across cislunar space. This breakthrough comes as U.S. Space Force General B. Chance Saltzman proposes a new space deterrence theory to protect American space assets.
The system, called Advanced Electric Propulsion, can power and control spacecraft like NASA's lunar Gateway station. It's particularly useful for continuous maneuvers, constellation management, and close satellite inspection missions. L3Harris' XR-5 Hall thruster and RL10 long-duration upper stage rocket engine are key components, offering fuel efficiency and high thrust for quick reactions to threats.
General Saltzman's 'Competitive Endurance' theory aims to deny adversaries' hostile use of their space assets. This is crucial as U.S. adversaries have demonstrated the ability to put critical U.S. space assets at risk for the last two decades. Satellites are vital for U.S. and allied defense, providing near-immediate warning of missile launches, strategic communications, and precise positioning. Innovations in nuclear propulsion by L3Harris further enhance satellites' agility and evasive capabilities, making them harder to detect and target.
L3Harris' Advanced Electric Propulsion System offers a significant advantage in space maneuverability and fuel efficiency. Combined with General Saltzman's 'Competitive Endurance' theory, it strengthens U.S. space deterrence and protects American space assets from potential threats.
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