Keep up-to-date on the passing of your favourite satellites overhead with this 3D-printed, Arduino-controlled satellite tracker!
Create a fully automated ground station that will receive/decode NOAA weather satellite images and upload them to an AWS S3 website.
IoT Platform for Simulated Satellite Reception and Communication using nRF9161 DK
QO-100 ground station monitor and control shield using the new Arduino UNO R4 WiFi board. Customisable for generic IOT use also.
Investigate how the signal strength from Iridium satellites correlates to the actual positions of Iridium satellites passing overhead.
A PCB-based magnetorquer offers a compact and lightweight solution for CubeSat attitude control, integrating seamlessly into its structure.
🛰️ Small satellite that was build for local CanSat competition 🚀
Creation of a stratospheric satellite for monitoring emissions from industrial plants
APRS HAWK turns raw ham radio packets into a live security intel dashboard that detects floods, position spoofing, and satellite passes.
A COTS based on-board computer for sounding rockets, flown in 2019
90% IoT compression in 2KB RAM. Works where gzip fails. Open source.
Designed by engineering students at John Brown University, this is a DATGRS (Data Acquisition, Transmission, and Ground Receiving System).
Anyone on Earth with an antenna and a VHF receiver can receive photos from our satellite, one scan line at a time. Powered by an Stamp P4.
Its a dream come true for amateur radio enthusiasts. It moves a yagi antenna to precisely track LEO satellite passes.
