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Building and installing a PilotAware ATOM Station to detect and re-transmit glider and
Mode-S MLAT locations and provide Virtual RADAR SERVER December 2020.
Page 24 of 25
PoE Injector as an
alternative to the
RPI Charger
PoE Splitter as an
alternative to the
RPI Charger
Ethernet cable
FLARM Antenna
or
https://fjhuahong.manufacturer.globalsources.com/si/6008806990472/pdtl/Omni-
antenna/1130137384/868MHz-9dBi-omni-base-antenna-fiberglass-antenna-N.htm
PilotAware
Antenna
or
https://fjhuahong.manufacturer.globalsources.com/si/6008806990472/pdtl/Omni-
antenna/1130172675/868MHz-7-dBi-Omni-Antenna-fiberglasss-antenna-N-F.htm
1090Mhz antenna
or
https://fjhuahong.manufacturer.globalsources.com/si/6008806990472/pdtl/Omni-
antenna/1130172675/1090MHz-7-dBi-Omni-Antenna-fiberglasss-antenna-N-F.htm
Parts for The 3 Antenna Array Support
The parts required for building the 3 Antenna Array described earlier are:
1 10 ft 1.5" pole
https://www.toolstation.com/tv-aerial-satellite-dish-pole/p81967
2 pole mounts
https://www.toolstation.com/tv-aerial-fixing-kit/p69098
1 1"cross member cut to size.
https://www.toolstation.com/tv-aerial-satellite-dish-pole/p64731
2 antenna brackets
With these you can produce the 3 antenna array below this. (use the remainder of the 1 inch aluminium to
produce the small vertical stub on the right hand side for the 1090 antenna). The PilotAware antenna is on the
left and the Flarm antenna is in the centre.