Gpredict satellite tracking application

Open-source satellite tracker and pass predictor for Android, inspired by Gpredict

CubeSatSim, the AMSAT CubeSat Simulator

Fully Automatic Amateur Satellite Ground Station

Documentation for Phase 4 Ground

Satellite Server provides a satellite tracking system that runs on a Raspberry PI. Setup a single satellite server to manage your TLE collections and make it available to other satellite applications. Also includes a tracking GUI with rotator control.

The amateur satellites in space

IPS - High Level Programming of Small Systems for the AMSAT space projects (communication satellites for radio amateurs)

A simple application to notify users when satellites they are interested in are due to pass overhead.

Firmware running in the Amsat-DL QO-100 Upconverter/Power Amplifier UpCon6W

Let's accelerate space development and exploration.

Satellite Tracking Script This Python script allows you to track satellites using the N2YO API. It provides various functions to retrieve satellite information, including Two-Line Element Set (TLE) data, satellite positions, and radio passes information.

Code used to control the polarisation switch for my Wimo X-Quads.

Firmware for the AMSAT-DL Downconverter V3x

Track satellites orbiting the Earth in real time and predict their passes over your location. Here is an updated version of the AmsatDroidFree application (originally created by Dave Johnson G4DPZ).

Firmware running in the GPS V2 board for the Amsat-DL Downconverter

Companion program to Gpredict. Controls radios and rotors. Kenwood V71A and more

Satellite Tracking Script This Python script allows you to retrieve real-time information about various amateur radio satellites. It provides two main functions: GetStatus(satname): This function retrieves and displays the status of a satellite, including recent reports, callsigns

demodulador de transmisiones digitales desde el satélite AMSAT-GENESIS

A simple stupid look at some aspects of a possible amsat. It uses basic geometry and physics to try and get some rough estimates wrt velocity, orbital period, eclipse time, time to cover equatorial circumference fully, rf path loss, doppler drift ...