RUAG Space Mechanisms is handling the development and testing campaign of the Exomars rover’s locomotion system. In the scope of this project, they developed a tool facilitating data validation of terramechanics models with actual test data. The job consisted of updating the code to a more up to date development platform, integrating two new terramechanics...
In collaboration with the eSpace laboratory from EPFL, we participated to the development of a system engineering tool evaluating the performances of a mission scenario. Models were developed for satellite constellation deployment and active debris removal missions. Performances were evaluated based on the fuel consumption and duration of the simulated missions. Collaboration and Timeline With:...