Constellations - Explore Space Network Technologies with Industry Leaders
187 – Smallsat Mobility, Propulsion Arrays and Maneuvering for SDA at LEO
Aug 21, 2024
Kevin Lausten, President of Morpheus Space and satellite mobility technology expert, delves into the booming small satellite sector. He discusses the rising demand for maneuverability in the increasingly crowded low-Earth orbit and the crucial role of effective propulsion systems. Lausten highlights innovations in propulsion technology and their significance in managing space debris and enhancing satellite operation. He also addresses the shift from passive to active deorbiting strategies, showcasing the future implications for satellite operations and exploration.
22:50
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Quick takeaways
- The rapid increase in satellite numbers in low Earth orbit requires advanced mobility strategies to avoid collisions and improve operational efficiency.
- Electric propulsion technology, such as the multi-emitter GoTo system, enhances maneuverability and reduces mission costs through greater reliability and efficiency.
Deep dives
Growing Need for Satellite Mobility
The increasing congestion in low Earth orbit (LEO) necessitates enhanced satellite mobility strategies. As the number of satellites expands dramatically, operators must now be able to actively maneuver spacecraft to avoid collisions and enhance operational efficiency. The shift from a less populated space environment, akin to driving on an open highway, to a congested one has transformed how satellite mobility is approached. Surveillance capabilities of adversarial entities further complicate navigation, underscoring the critical need for advanced mobility solutions.
