"From Lab to Orbit" - Progress in the QYRO project
Further important milestones have been reached in the QYRO research project (nuclear spin-based quantum gyroscopes for new space applications). The aim of the project is to develop a compact, high-precision quantum gyroscope that is specially designed for use in space travel and satellite-based navigation applications.
The gyroscope developed in the project is based on nuclear spin physics measurement principles and combines these with a highly miniaturised system architecture. As a result, the sensor addresses key requirements of modern space systems, in particular low mass, low energy consumption and high long-term stability. Such properties are crucial for use in small satellite platforms and future autonomous navigation systems.
We are supporting the project at the Galileo Competence Center with a focus on evaluating the technological potential for navigation applications. An important next step is to qualify the sensor under real space conditions. A CubeSat mission is planned for this purpose in 2027. The aim of the mission is to demonstrate the performance of quantum-based inertial sensor technology in orbit and to gain experience for future use in navigation systems.
The latest progress has been published in a press release by the Ferdinand Braun Institute, which is referenced here. Further information on the project, the partners involved and the objectives of QYRO is available on our project page.
