Prime sponsored by Serco since 2022, the TU Darmstadt student mission now enters its final testing phase — marking a significant milestone in industry–academia collaboration.
From Concept to Qualification
TRACE began as a university concept. Today, it stands as a fully integrated spacecraft preparing for launch.
Developed by TU Darmstadt Space Technology (TUDSaT) at Technische Universität Darmstadt, the TRACE CubeSat has successfully completed final assembly and is now entering its qualification and environmental testing phase. This stage confirms that the spacecraft has moved beyond design and integration and is being prepared for the demands of launch and orbital operations.
A CubeSat is a compact, standardised satellite designed for deployment into low Earth orbit. Despite its small size, developing such a mission requires rigorous systems engineering — including subsystem integration, verification, environmental testing and operational readiness. Reaching this point reflects years of technical development, iteration and problem-solving by the student team.
Industry and Academia, Working Side by Side
Since 2022, Serco has supported TRACE as prime sponsor. The partnership, however, has always gone beyond financial backing.
Serco engineers have worked alongside the students, sharing operational insight and technical expertise drawn from live missions. At the same time, the team has brought agility, fresh thinking and academic innovation to the programme. It is a collaboration where practical experience meets experimentation — and where both sides contribute to strengthening Europe’s future space capability.
The project has also connected with the wider space community, including exhibitions hosted at Serco’s Darmstadt offices during Tag der Raumfahrt 2025, reinforcing the link between academic research and operational programmes.
Javier Hernando, Spacecraft Operations Engineer at Serco, who has been working closely with the team, said:
"It has been a privilege to witness the immense growth of both the project and the students' technical skills since the early design phase in 2022. Their dedication and professionalism have been exceptional. We very much look forward to seeing TRACE in orbit."
As TRACE moves into its final testing phase, the mission stands as a tangible example of how collaboration between academia and industry can translate ambition into flight-ready hardware.
Further updates will follow as launch approaches.