At ORESV, we are passionate about advancing the future of space propulsion. Our focus is on designing and developing rotating detonation engines (RDEs) that can be safely integrated into launch vehicles. Unlike conventional systems, RDEs deliver higher efficiency and performance, but they also create intense vibrations. That’s why our research goes beyond propulsion—we engineer solutions to mitigate these vibrations, protecting payloads and critical electronic systems.
By combining innovation in detonation engine technology with expertise in vibration control, we aim to make RDEs practical, reliable, and mission-ready—helping shape the next generation of safe and efficient space exploration.
We design and develop advanced rotating detonation engines (RDEs) for seamless integration into launch vehicles. Our work focuses on understanding and mitigating the vibrations generated by these engines, ensuring the safety of payloads and the protection of critical electronic components. Through innovation and engineering precision, we aim to deliver propulsion systems that are both powerful and reliable.
To redefine the future of space propulsion by making RDEs practical, safe, and mission-ready. We envision launch vehicles that combine efficiency and high performance with robust vibration control, so every mission flies with confidence and every payload reaches its destination securely.