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Heading to SmallSat Europe next week? 🛰️ Stop by Booth 560 and explore the Morpheus Space universe. Get up close with the real GO-2 electric propulsion system, try our augmented reality experience and take a virtual GO-2 with you. ⚡ Our team will be there all week if you want to chat propulsion or the future of mobility in space. We’ll also have Morpheus tote bags for your conference essentials. See you in Amsterdam next week!! Want to learn more about Morpheus Space? Head over to Morpheus TV 📺 https://buff.ly/X3lz2K5 #SmallSatEurope #MorpheusSpace #ElectricPropulsion

🌍🛰 Stay Compliant and Support Responsible Space Operations with GO-2 Electric Propulsion With satellite activity accelerating across every orbit, responsible end-of-life planning has never been more important. Congestion is increasing, debris risks are rising, and operators are expected to play a direct role in maintaining a safe orbital environment. Deorbiting satellites safely is both a regulatory requirement and a responsibility shared across the industry. Evolving space regulations are driving the need for technologies that preserve mission assets while protecting the broader orbital ecosystem. Morpheus Space supports this priority with the GO-2 electric propulsion system, engineered for reliable and effective end-of-life management. Stay aligned with regulations, safeguard your spacecraft, and contribute to a sustainable space environment with electric propulsion designed for responsible operations. 👉 Explore GO-2: https://buff.ly/CAbAcPc #MorpheusSpace #GO2 #ElectricPropulsion #PropellingtheFutureofSpaceMobility #SpaceTech #ActiveDeorbiting #SatelliteOperations

🛰️ Is your propulsion system scaling with spacecraft size, or increasing integration complexity? Larger spacecraft require higher thrust for orbit raising, station-keeping, and maneuver execution. The GO-2 electric propulsion system uses a modular, stackable architecture that enables multiple units to be integrated on a single spacecraft to increase total thrust. Each system is self-contained, with no external tanks or PPUs, and connects to the spacecraft through a single electrical interface for power and communication. Using a clustering approach allows propulsion performance to scale across mission requirements and spacecraft sizes while maintaining a common system architecture across platforms. Thrust can be increased without introducing new propulsion designs or major changes to system interfaces. Standardizing on a single propulsion system across spacecraft classes simplifies procurement, qualification, and operations. It also enables reuse of integration and test data, reducing design iteration, integration effort, and overall program risk. Meet with our team at Space Symposium to review GO-2 specifications and configuration options for your mission: https://buff.ly/6OU4wfm ⚡

GO‑2: Our Second Generation Commercial Electric Propulsion System 🔹 Built on the flight heritage of NanoFEEP, the technology behind the world’s first nanosatellite collision avoidance maneuver 🔹Validated by over a dozen first generation MultiFEEP units in orbit, proving propulsion capabilities 🔹 Evolved into the space proven GO‑2 system that carries this legacy forward We are ramping up production at our Reloaded Facility in Dresden, Germany, targeting an annual output of 100 GO-2 units while laying the groundwork to scale efficiently to 500 units. This expansion ensures mission teams can count on propulsion exactly when it’s needed, supported by reliable availability, predictable lead times, and a resilient supply pipeline. From initial deployment to full constellation growth, Morpheus Space delivers the propulsion infrastructure that keeps your mission moving. 👉 Secure your GO-2 here: https://lnkd.in/g4dzn3bx

LEO is no longer a passive operating environment. It is congested, competitive, and increasingly contested. Spacecraft must be designed with maneuverability and resiliency as core system requirements from the outset. Satellite propulsion must support: 1️⃣ Conjunction avoidance and responsive maneuvering across operational scenarios Timely, controlled maneuver execution is required to manage unplanned proximity events and maintain safe, continuous operations. 2️⃣ Operational mobility across architectures Maintaining separation, slot discipline, and controlled spacing requires precise, repeatable maneuvering across a range of mission profiles and fleet sizes. 3️⃣ Efficient use of delta-v and spacecraft resources Frequent low-impulse maneuvers must be executed without imposing excessive thermal or power demands on the system. 4️⃣ End-of-life disposal and long-term orbital sustainability Reliable propulsion is necessary to support deorbit operations and preserve the long-term usability of the orbital environment. GO-2 addresses these requirements through a modular architecture with inherent redundancy. The system is optimized for responsive, precise maneuvering while minimizing thermal load and power consumption. Its 40 individually controllable thrusters enable precise thrust vectoring and continuous low-thrust control over extended periods. This allows operators to maintain tighter formations, preserve higher-value measurement geometry, and reduce the need for disruptive correction maneuvers. In the current LEO environment, mobility is a foundational capability for safe, sustainable space operations. 👉 Learn more about GO-2 electric propulsion designed for advanced LEO mobility: https://buff.ly/SuRWXjr

A New State of Efficiency: Solid on Earth, Liquid in Orbit GO‑2 from Morpheus Space uses a proprietary alloy propellant engineered for both stability and performance. It stays solid through storage, transport, and launch, then transitions to liquid at temperatures far lower than other FEEP systems, enabling faster readiness and more efficient operations across its 40 individually powered thrusters. ⚡ Heat-up time that is 3x faster (30–45 minutes instead of 2+ hours) for rapid maneuver availability 🔋 Reduced power draw due to low‑temperature melt requirements 🧊 Lower thermal stress on system components, extending overall hardware life 🛰️ Well suited for time-sensitive activities such as collision avoidance and orbit adjustments Curious how GO‑2 fits into your mission profile? Try the GO‑2 Estimator Tool: https://buff.ly/69zhFDK Find our team at SATELLITE in D.C. this week!