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Team name School Teacher Country Competition Prize Secondary Mission Profile Link
Yes, we cansat! Höhere Technische Lehranstalt für Informationstechnologie Stefan Zauner Austria Cansats 2012 Our Cansat will be designed to measure the strength and anisotropies of the ultraviolet radiation in direct or reverse flight direction. In space it could be used to analyse fixed stars, the cosmic background radiation field, to find pulsars or high density gas congregations.
Aspire St. Paul's School of London Stephen Patterson United Kingdom Cansats 2012 We aim to direct our CanSat to a specific area on the ground, having pre-programmed said location into a GPS on the CanSat itself. This will mimic the auto correction mechanisms of long-term, unmanned satellites. We aim to integrate some degree of AI into the project, where the self-correction system works off a feedback from the GPS in real time.
Enforce Istituto Tecnico Industriale Enrico Fermi Massimiliano Di Capua Italy Cansats 2012 ENFoRCE (ENrico Fermi Research Cansat Experiment) is a small, can sized vehicle capable of acquiring advanced telemetry and executing different types of telecommand operations in two very different modes. The system is capable of conducting both aerial manoeuvres and ground locomotion through the use of the same control mechanism.
Rocket Crescent College Comprehensive School Ann O'Dea Ireland Cansats 2012 Integration of accelerometer into CanSat, with significant error control coding in data transmission software.
Alpha Bearsden Academy Richard Ford Scotland Cansats 2012 First champion of the Cansats 2012 competition
Brussels Vikings Sint-Pieterscollege Erik de Schrijver Belgium Cansats 2010 The CanSat will determine its position with a 3D accelerometer and a GPS-module, and its attitude with a 3D magnetometer.
X-GymZR Gymnazium Zdar nad Sazavou Tomáš Pejchal Czech Republic Cansats 2010 Ecological landing system (made of recycled or recyclable materials).
2009x CanSat Noerresundby Gymnasium Jan Kaae Pedersen Denmark Cansats 2010 We will carry out the mandatory missions, where we calculate the height using our measurements of temperature and pressure. In our secondary mission we want to do GPS measurements and acceleration measurements. We want to compare the height from the GPS measurements to the calculated height. We want to save all acceleration measurements on board the satellite on a memory card in order to study the period of acceleration during the launch.
Icaromenippus 3rd General Lyceum of Mytilini Georgios Kontellis Greece Cansats 2010 We will acquire samples from the atmosphere and possibly from the terrain and try to analyse them for bacillary activity, and measure certain chemicals attached to life forms like Methane gas, Carbon Dioxide, Oxygen, photosynthesis etc.
Truailliu Laurell Hill School Siobhan Crowe Ireland Cansats 2010 We will measure air temperature, air pressure and the levels of methane and carbon dioxide in the air to help indicate levels of pollution in the atmosphere.