This updated version of the original carrier board has an overall footprint is identical to the previous versions and main changes compared to original carrier are as follows: Integration of uAvonix ADS-B IN Receiver Built-In ADS-B Antenna Removal of Intel Edison Bay and Debug USB Ports New Product Livery Correct Labelling of CAN Ports All other specification and external connections remain identical to the original board apart from the following: uAvionix ADS-B Receiver.
The new carrier board has an integrated 1090Mhz ADS-B IN receiver from uAvionix, this allows users to detect ADS-B OUT equip aircraft in the area and displays information such as the Position, Altitude, Speed and ID of the detected aircraft on a connected ground station.
This also allow sense and avoid features included in Ardupilot to be used if configured. The powerful, next-generation H7 processor offers better performance, faster processing, and more built-in security. The Cube Orange comes as a standalone module or in a kit featuring the latest carrier board which now includes integrated ADS-B Input capabilities from uAvionics. This ADS-B receiver is connected to the internal serial 5 Port, this is compatible with Ardupilot, Mission Planner and QGC.
To enable ADSB in Ardupilot to detect aircraft on ground station you need to be using Copter or Plane 4.0 onward for the Cube Orange and set the following parameters: ADSB_ENABLE = 1 Enable ADS-B (Disabled as default) SERIAL5_BAUD = 57 Set baud rate SERIAL5_PROTOCOL = 1 Set protocol SR0_ADSB = 2 Set ADSB stream rate to ground station Note: You may need to set SR1_ADSB = 2 to enable receiving on ground station on Telem 1 or SR2 for Telem 2.For Advanced users you can set the ADS-B Alarm and Sens and Avoid with the following parameters AVD_ENABLE = 1 Enable alarm and avoidance using ADSB AVD_W_ACTION = 1 (0=Disable, 1=Enable ) Enable Warnings AVD_F_ACTION = 1 Controls how the vehicle should respond to a projected near-miss (i.e. 0= None, 1= Report, 2=Climb Or Descend, 3=Move Horizontally, 4=Move Perpendicularly in 3D, 5=RTL or 6=Hover) AVD_F_RCVRY = 3 sets how the vehicle will behave after the vehicle has cleared the near-miss area (i.e. 0 = Remain in EXCER_ADSB, 1 = resume previous flight mode, 2 = RTL, 3 = Resume if AUTO else Loiter)
More information on these settings can be found http://ardupilot.org/plane/docs/common-ads-b-receiver.html