Difference between revisions of "Build"
From SatNOGS Wiki
| Line 20: | Line 20: | ||
| [[Raspberry_Pi_3|Raspberry Pi 3]] | | [[Raspberry_Pi_3|Raspberry Pi 3]] | ||
| [[SatNOGS_Client|SatNOGS Client]] | | [[SatNOGS_Client|SatNOGS Client]] | ||
| − | | [[SatNOGS Controller|SatNOGS | + | | [[SatNOGS Rotator Controller|SatNOGS Controller]] |
| [[SatNOGS_Rotator_v3|SatNOGS Rotator]] | | [[SatNOGS_Rotator_v3|SatNOGS Rotator]] | ||
| [[Radio#SDR|SDR]] | | [[Radio#SDR|SDR]] | ||
Revision as of 18:26, 2 October 2017
Intro
Thanks for your interest on building a satellite ground station! First things first: you need to understand all the different components of a ground station. Read on to learn more about ground stations. Once you have familiarized yourself with all the components, you need to make a selection on what you are going to be building (and/or buying). Below you can find a table outlining all the different options.
Options for Ground Stations
A satellite ground station is made up from different parts. The following diagram can help you select your setup based on your needs and/or your existing setup.
| Hardware | Software | Controller | Rotator | Radio | Antenna |
|---|---|---|---|---|---|
| Raspberry Pi 3 | SatNOGS Client | SatNOGS Controller | SatNOGS Rotator | SDR | Yagi |
| Linux Desktop | Rot2Prog | SPID Big RAS | Transceiver | Helical | |
| lsf-g5500 | Yaesu G5500 | Vertical | |||
| No rotator | Cross-Yagi |
Use the above table to select your setup. E.g. SatNOGS Network > SatNOGS Client > RaspberryPi > Yaesu G550 > Kenwood TS2000 > UHF helical & VHF Cross Yagi
Next steps
Once you have a ground station ready, you should go ahead and operate it! More info can be found on the Operation wiki page.
