What does it take to build a rocket that can reach 9 kilometers into the sky?
In DTU’s Blue Dot project DanSTAR, students design, build, and launch advanced rocket systems – from initial concept to final launch.
The project integrates mechanics, electronics, software, and logistics in a collaborative, hands-on environment, where students develop complex propulsion systems and complete rockets in-house.
Each year, DanSTAR competes in the European Rocketry Challenge, aiming to reach 9 km altitude with precision and reliability.
The project is part of DTU’s Blue Dot initiatives, where students work hands-on with innovation and solve real-world challenges.
DanSTAR is open to DTU-students from all programmes and levels. Students from other Danish universities are also welcome.
You can take part by attending project courses or by linking the project to your bachelor’s project or your master’s thesis.
As part of DanSTAR you will work with real rocket systems from design to launch.
You will gain experience in:
You also become part of an ambitious team and will work with advanced technology in an environment that reflects real-world engineering projects.
Project facts
Number of active students: 40
Represented study programmes: Open to all DTU study programmes.
International competition: EuRoC
ECTS point: You can participate in DanSTAR through a project course or by integrating it into your final bachelor’s or master’s thesis.
Sponsors: Swagelok
Peter Christian Kjærgaard Vesborg Professor Department of Physics Phone: +45 45253276 Mobile: +45 61688314 peter.vesborg@fysik.dtu.dk