CubeSat Educational Satellite Telemetry Transceiver with VHF/UHF APRS
1U CubeSat payload simulator measuring solar irradiance, battery voltage, and 3-axis magnetic fields transmitting AX.25 packets on 433 MHz.
Project Overview
Models a real orbital nanosatellite payload. Features deployable solar panel wings, 3-axis magnetometers, gyroscopes, and an onboard computer that encapsulates satellite telemetry into standard AX.25 amateur radio APRS packets transmitted over UHF radio.
Models a real orbital nanosatellite payload. Features deployable solar panel wings, 3-axis magnetometers, gyroscopes, and an onboard computer that encapsulates satellite telemetry into standard AX.25 amateur radio APRS packets transmitted over UHF radio.
1U CubeSat payload simulator measuring solar irradiance, battery voltage, and 3-axis magnetic fields transmitting AX.25 packets on 433 MHz.
Core Project Objectives
Capture continuous analog/digital sensor readings with robust noise filtering and hardware calibration.