Space Innovation
Key Value
Advances in propulsion systems and fuels are transforming space missions, offering concrete benefits for exploration and commercial applications.
Cryogenic engines and electric thrusters significantly increase efficiency, allowing for more payload to be carried or reaching distant destinations with less fuel.
The use of green propellants reduces the environmental impact of launches and improves ground safety for technical teams.
The reusability of rocket stages, made possible by reliable propulsion systems, radically lowers the cost of access to space.
State-of-the-art test benches guarantee increased reliability, minimizing mission failure risks and protecting investments.
The expertise of specialized engineers ensures the optimal integration of these technologies, maximizing performance for each specific mission.
Key Technologies
Engines using liquid hydrogen and oxygen offer high specific impulse, essential for heavy missions.
Low but continuous thrust, ideal for long-duration interplanetary missions thanks to exceptional efficiency.
Development of less toxic and more environmentally friendly fuels for tomorrow's launchers.
Controlled return and landing technologies are revolutionizing the economics of spaceflight.
Advanced simulations and tests to ensure the reliability and safety of new propulsion systems.
Balancing thrust, mass, consumption, and thruster lifespan for each specific mission.