Enpulsion’s Nexus Osprey propulsion system meets the unique mobility requirements of spacecraft ranging from 150-500kg.
Nexus Osprey delivers 500 - 4,500s specific impulse with a propellant four times denser than xenon—packing high performance into a compact, efficient design.
With approximately 480 ion emission sites and parallel high-voltage supplies, Nexus Osprey’s design offers exceptional resilience and system-level robustness.
With its modular architecture, Nexus Osprey scales easily — configurable in clusters of 1 to 4 units to deliver propulsion precisely tailored to mission-specific requirements.
Flight-Proven Foundation
Built on the in-orbit success of over 270 flight-proven propulsion systems, Nexus Osprey leverages years of insights gained through production experience across diverse mission profiles.
Plug-and-Play Design
Thanks to its design without tanks or fluidic systems, Nexus Osprey installs via standard mounting panels and harnessing, connecting within a 15-inch ESPA-class ring.
Optimized Thrust Efficiency
Optimized for power and performance, Nexus Osprey increases thrust-to-power efficiency over lower-power systems by intelligently scaling beam output.
Inherent Operational Safety
With no pressurized tanks or stored chemical energy, the system eliminates explosive risk during active operation or in-orbit collisions, enhancing overall spacecraft safety.
Stable, Safe Fuel Source
Indium is a nontoxic, unpressurized metal sourced as a by-product of zinc refining. More than 1,000 tons are produced annually, offering a stable, accessible, and safe propellant option.
Powered by Enpulsion’s innovative FEEP technology, the Nexus Osprey delivers precise, adjustable thrust by using a powerful electromagnetic field to ionize and accelerate liquified metal propellant.
Indium propellant liquifies in orbit to generate finely tunable thrust, delivering efficient, precise maneuverability throughout the entire life of the mission.