Problem: Larger missions require higher performance for orbital maneuvers. Solution: The GO-2 system is designed to be modular, allowing for multiple units to be stacked together for higher thrust solutions. GO-2 Insights: For larger missions, GO-2's stackable design allows for multiple systems to be integrated into the same spacecraft. Up to 2.4 mN to thrust (with the 6-cluster), ideal for larger satellite platforms. Example configurations: Config (# of GO-2's) 2 4

GO-2 delivers continuous, adjustable, and differential low thrust to enable smooth, precise translational and rotational control. This supports safer, more accurate, RPO profiles, from precise phasing to final approach and station-keeping.

Dresden, Germany — February 5, 2026 — Morpheus Space, a leading innovator and manufacturer of advanced electric propulsion systems for in-space mobility, today announced a new strategic investment by Alpine Space Ventures and the European Investment Fund, with continued support from Lavrock Ventures, Morpheus Ventures, Pallas Ventures, Vsquared Ventures, as well as other new and existing investors, to fuel the company’s next phase of growth and innovation. Morpheus Space wi

Problem: You need small, reliable nudges to stay clear of other satellites and orbital debris and to keep your ground track tight. Solution: Continuous low thrust keeps you on-slot and out of harm’s way, without disruption to your mission. GO-2 Insights: Maintain continuous, precise thrust without interrupting your primary mission. Max out thrust for quicker phasing or collision avoidance. Operate at the lower end of the thrust range for ultra-fine, continuous grou

Problem: High resolution imagers need high pointing accuracy with tight jitter control and rapid retargeting; reaction wheels alone can saturate or inject jitter. Solution: GO-2 provides continuous, adjustable low thrust to offload reaction wheels, damp jitter, and provides precise pointing with high pointing accuracy. GO-2 Insights: Fine thrust control and throttling across 5-400 μN with a minimum impulse bit of around 800 nNs enables gentle control during imaging wi

Problem: LEO missions must meet 5-years post-mission disposal rules; using just drag can often be too slow. Solution: Use GO-2's large total impulse (up to –12.4 kNs) for an efficient and safe deorbit well within compliance. GO-2 Insights: Ideal for decommissioning satellites ranging from 6U to hundreds of kilograms small sats; satellites can decommission over many months to their desired altitude given the GO-2's long lifetime. If necessary, GO-2's can be stacked wi

Link to IEPC Website Abstract

Proving Performance: Inside Morpheus Space’s GO-2 Electric Propulsion System and Its Successful In-Orbit Demonstration

EL SEGUNDO, Calif., July 8, 2025 -- Morpheus Space, a leading provider of in-space mobility solutions, is proud to announce the successful completion of its in-orbit demonstration mission in collaboration with space logistics leader D-Orbit. The mission validated the primary objectives of accuracy and performance of Morpheus' next-generation electric propulsion system, GO-2. "This mission represents a major achievement for the Morpheus team," said Kevin Lausten, CEO of Morphe

Resiliency Through Redundancy One of the biggest advantages of the GO-2 systems over other electric propulsion systems is its resiliency. GO-2 uses 40 thrusters, each with its own dedicated power supply. In the rare case of an anomaly, the remaining thrusters are unaffected and will continue to operate at full capacity. In comparison, other systems face the risk of catastrophic failure if a component fails. With other propulsion systems, a single failure renders the entire s

Space is becoming increasingly congested, contested, and competitive. Traditional propulsion systems can no longer meet the evolving demands of the satellite industry. With the rapid expansion of satellites in orbit and the rise in space debris, managing constellations has become more complex. Meanwhile, the growing threat from hostile nations calls for space assets that are not only resilient but also agile—capable of evading danger and countering adversaries with precision.