A Python application that calculates the azimuth and elevation angles for pointing a satellite antenna towards a specific geostationary satellite. The calculation takes into account the location of ...

Geostationary satellite working life must take into account various factors. When it is close to the end of life, although the satellite payload will still be effective, the remaining fuel is not ...

I'm trying to figure out the necessary azimuth and elevation angles for an antenna located at 42 degrees, 06 minutes N lat, 76 degrees, 13 minutes W long, pointing towards a geosynchonous ...

target_geosync.py: python target_geosync.py --sat_name GOES18 --latitude 34.68462 --longitude -101.77635 OR python target_geosync.py --norad_id 41866 --latitude 34.68462 --longitude -101.77635 ...

Tracking satellites and the ISS is pretty easy. All you really need is an SDR dongle or a handheld transceiver, a simple homebrew antenna, and a clear view of the sky. Point the antenna at the pass… ...

A NEMA-23 stepper with 15:1 gearhead rotates the azimuth while a 36″ linear actuator takes care of elevation. The mount has yet to be tested in the wind; we worry that sail area presented by the ...