RaspberryPi A+ Shield with all required sensors for CanSat Competition - 2015. And a boost converter which powers off a 3.7V Li-Ion battery to power various pheripherals of CanSat
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Updated
Mar 25, 2017 - Eagle
RaspberryPi A+ Shield with all required sensors for CanSat Competition - 2015. And a boost converter which powers off a 3.7V Li-Ion battery to power various pheripherals of CanSat
Visualize the attitude of CanSat using gyro sensor data obtained by serial communication
Ground station that displays CANSAT telemetry data. Using web technology which includes HTML, CSS, NodeJS and Electron platform to build the software
The ciruit schematic and board files for the CanSat that won CanSat in Greece 2018
Ground Station for the CanSat in Greece competition
🚀 Autorotation Task for CanSat Competition
CanSat Satellite Design Project at TU Berlin. The goal was to make a CanSat capable of downlinking telemetry data (from IMU, temperature, pressure, etc.) to a remote ground station. Upon landing, the satellite also works as an exploratory rover and must detach it's parachute and drive a minimum of 5m while still reporting sensor data.
The University of Tokyo team's repository for ARLISS 2017
CanSat competition solution
CanSat Telemetry GUI
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