My high school team’s space probe
Me and a few friends made this design document as part of our entry to the UK CanSat competition where a high school team is required to build a probe to be launched. The probe must serve some purpose, and ours was to map the temperature and pressure of the air at different altitudes. We had the opportunity to launch it a week ago and you can find the video of our launch here: https://drive.google.com/file/d/16bsLzxjP7OWRqVvCB62cLv7QYLR... During the launch we reached 400m above sea level, and the can pulled 70gs successfully. The parachute and can stayed intact.…
In plain words
A high school team's competition entry for the UK CanSat challenge, this space probe measures temperature and pressure at different altitudes. Built by a group of students, the probe was successfully launched and reached 400 meters above sea level while withstanding 70gs of force, with its parachute and structure remaining intact. The device collected atmospheric data during flight, though GPS implementation was not completed on launch day.
written from the facts on this page · September 2026
From the sources
In the maker’s words, at launch
Me and a few friends made this design document as part of our entry to the UK CanSat competition where a high school team is required to build a probe to be launched. The probe must serve some purpose, and ours was to map the temperature and pressure of the air at different altitudes. We had the opportunity to launch it a week ago and you can find the video of our launch here: https://drive.google.com/file/d/16bsLzxjP7OWRqVvCB62cLv7QYLR... During the launch we reached 400m above sea level, and the can pulled 70gs successfully. The parachute and can stayed intact. Unfortunately, on the day, we were unable to successfully implement GPS. The raw results are here: https://drive.google.com/file/d/1oK1vukjcNcsaXMAPeFlzZ66aHlR... And a slightly cleaned up version is here:https://drive.google.com/file/d/1xYhkp3sWoJF0bCkkvFs1AygSdLU... I used my data presentation software to present our results here: https://drive.google.com/file/d/1-r7lT0J4MDLiYfuaasDXJsr5rCA... The software (in the form of a python script to be executed in blender) can be found here: https://drive.google.com/file/d/1LHP7OwgI_O8t6-NBI0ZPn9JUt2G... It's not pretty, but it works. The differences in temperature and pressure results were exaggerated in the so that the gradient could be clearly seen. Unfortunately, we did not get into the final (judged on this document) but it was an awesome experience nevertheless. The judges used this form to mark us: https://drive.google.com/file/d/1eZnum5zuJvkLzY7RLtm9A-NNzxw... We would love to get any feedback from more experienced people, as we intend to do similar projects in the future and at least two of us want to be professional engineers. I'm happy to reply to any comments.
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