Enabling spacecraft mobility in orbit
Propulsion systems are essential for spacecraft to perform maneuvers, maintain position, and extend mission lifetime.
From station keeping to deorbiting, propulsion enables satellites to operate with precision and efficiency throughout their mission. Comat contributes to propulsion architectures by developing mechanical and fluidic subsystems that ensure the reliable delivery and control of propellants feeding the thrusters.
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Robust design for vacuum and thermal cycling
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Compact and lightweight subsystem architecture
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Long operational lifetime and reliability
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Solid or gaz propellant