Difference between revisions of "SatNOGS Ground Station v2"

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(Created page with "The intent is to make and deploy a SatNOGS ground station at Bloominglabs. This is a satellite tracking system with azimuth and elevation control to point VHF and UHF antennas...")
 
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The intent is to make and deploy a SatNOGS ground station at Bloominglabs. This is a satellite tracking system with azimuth and elevation control to point VHF and UHF antennas at satellites as they pass overhead. The SatNOGS project consists of 4 separate projects actually, the ground station is just focused on a 3D printable and easy to build azimuth and elevation tracking system.
 
The intent is to make and deploy a SatNOGS ground station at Bloominglabs. This is a satellite tracking system with azimuth and elevation control to point VHF and UHF antennas at satellites as they pass overhead. The SatNOGS project consists of 4 separate projects actually, the ground station is just focused on a 3D printable and easy to build azimuth and elevation tracking system.
  
More information about [https://satnogs.org SatNOGS can be found here.] They won the awesome Hack-A-Day challenge, their [https://www.youtube.com/watch?v=z92ALYRHOzc submission video is here].
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More information about [https://satnogs.org SatNOGS can be found here.] They won the awesome 2014 Hack-A-Day challenge, their [https://www.youtube.com/watch?v=z92ALYRHOzc submission video is here].
  
 
== Parts ==
 
== Parts ==

Revision as of 16:32, 6 February 2015

The intent is to make and deploy a SatNOGS ground station at Bloominglabs. This is a satellite tracking system with azimuth and elevation control to point VHF and UHF antennas at satellites as they pass overhead. The SatNOGS project consists of 4 separate projects actually, the ground station is just focused on a 3D printable and easy to build azimuth and elevation tracking system.

More information about SatNOGS can be found here. They won the awesome 2014 Hack-A-Day challenge, their submission video is here.

Parts

The original project is sized to use all metric PVC for the 3D printed parts. In the US metric PVC is hard to find, this repo has parts resized for American PVC sizes:

This link has a bill of materials and assembly directions. Please note that the links to parts from this page link to the metric versions so be careful.

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