The first CubeSat capable of analyzing space debris reentry
Controlling the evolution of space debris is an increasingly important question because, over time, this debris will become a real threat to space activities. We need to increase our knowledge of the processes behind a satellite’s destruction as it enters the atmosphere.
It was precisely in response to this question that a team of researchers at ISAE-SUPAERO designed EntrySat with support from ONERA and CNES. It will be used to study the reentry of space debris based on information from position, pressure, temperature and heat flow sensors. Beyond this main mission, EntrySat will also be used to perform various technological experiments in communication with the ground and to measure features of the atmosphere.
The largest CubeSat in the JANUS project
Promoted by the researchers and engineers of the Space Systems for Planetology and Applications team (SSPA) at ISAE-SUPAERO and involving all the departments at the Institute – including the Department of Mechanics, Structures and Materials which provided the test facilities for the CubeSat – EntrySat also benefited from the CNES’s expertise and test support.
This is the program’s fourth CubeSat, and the first French CubeSat in 3U format (10 cm x 10 cm x 30 cm) produced for an academic project. Since the start of the project in 2014 and throughout its various phases, over 90 students have followed the project and worked with the research teams.
EntrySat will be controlled from Toulouse by the ISAE-SUPAERO ground station and operated by the Centre Spatial Universitaire Toulousain (CSUT) until its reentry, scheduled for 6 months to one year after going into orbit.
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The 2019 Paul Phelps Award is presented to Alexandre Le Roch, graduate student at ISAE–SUPAERO
Successful deployment for EntrySat, the first ISAE-SUPAERO’s 3U cubesat
EntrySat was previously launched by an Antares rocket (NG-11) on April 11th...