Morpheus Space Information

As space becomes increasingly congested, contested, and competitive, satellite operators need reliable, precise, and scalable in-space mobility to protect missions and maximize lifetime value. Morpheus Space meets this need with advanced electric propulsion systems, enabling efficient maneuvering across all mission phases. Morpheus Space’s GO-2 FEEP-based propulsion system delivers the precision, efficiency, and reliability required for modern satellite operations, including: • Rendezvous and proximity operations • Station-keeping and attitude control • Collision avoidance and space traffic management • Orbit raising and orbit transfers • Deorbiting and end-of-life disposal Designed for satellites from 6U to 250 kg, GO-2 supports both individual spacecraft and large constellations. The system features 40 independently controllable thrusters, built-in redundancy, and a compact, fully integrated architecture with no external tanks or PPUs, simplifying integration while delivering high-performance satellite propulsion and in-space mobility at scale. Founded in 2018 at the Technical University of Dresden, Morpheus Space originated from electric propulsion research that enabled the world’s first nanosatellite collision avoidance maneuver using FEEP. Following a $28M Series A in 2022, Morpheus Space scaled its propulsion technology and production. In 2024, the company unveiled Reloaded, its mass-production facility in Dresden. With a recent $15M strategic investment led by Alpine Space Ventures and the European Investment Fund, Morpheus Space continues to expand production and advance next-generation satellite propulsion. Product development and production for GO-2 are based in Dresden, Germany, with a U.S. office in El Segundo, California. Morpheus Space supports commercial, government, and defense satellite missions worldwide and is leading the global supply of satellite propulsion and in-space mobility solutions. Propelling the Future of Space Mobility.