Geostationary weather satellites wxtoimg

GEOSTATIONARY WEATHER SATELLITES WXTOIMG HOW TO

There is a lot of information about this on the web. You will also need a capable antenna to receive. My 2 cents, play it safe! You will also need a way to power it (5V power supply or USB port with enough current) and perhaps a case if you are building it for long term use. Be careful with larger cards as they are not officially supported and I had issues with running 64GB cards. I would recommend a 32GB Micro SD storage card as you will need to store the images and so on. To build a NOAA weather satellite you will need a Raspberry Pi 3 or better. Much like Satellite TV satellites such as DirecTV and so on. The GOES Satellites are geostationary, meaning, they appear to be in a constant position in the sky as they move at the same speed as earth. Needless to say, you are dealing with more losses and different hardware on the GOES. NOAA satellites are around 137MHz and GOES satellites are around 1.6GHz range. NOAA Works on a lower frequency then GOES, less hardware is required, antenna can be built at home from wire coat hangers (not kidding) or a single trip to home depots Plumbing department. These builds receive IMAGES of the weather vs.

GEOSTATIONARY WEATHER SATELLITES WXTOIMG HOW TO

If you want to do this withouta Raspberry Pi, check out my other page on how to receive NOAA Weather Satellites here: The NOAA weather satellites are the generation weather satellites prior to the GOES satellites (See build article for Raspberry Pi GOES Satellite receiver) but is actually easier and cheaper to get started with and can be done many ways and on any budget.

Geostationary weather satellites wxtoimg