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1. #Tbs discovery pro long range set review upgrade#
2. #Tbs discovery pro long range set review software#
3. #Tbs discovery pro long range set review zip#
4. #Tbs discovery pro long range set review free#

Oh, and if you plan to exploit PPM technology, and I highly recommend you do, that’s set in ImmersionRC Tools, too. It also facilitates customization of frequency settings, servo mapping, real-time spectrum analysis, antenna configuration and channel count. Should you find occasion for an update, ImmersionRC Tools is the utility you’ll use. Both components require matching firmware (already installed in my case). The same went for ImmersionRC’s EzUHF Long-Range RC RX, which sits on the Discovery Pro and receives input from the transmitter. Similarly, I had no trouble connecting the module via USB to my Lenovo Helix and confirming its control software. Of course, the Taranis supports the JR standard, so it was easy to pop off its back cover, line up a few contacts and slide the module into place (even if a manufacturing defect kept it from seating fully).

#Tbs discovery pro long range set review upgrade#

Extending its range necessitated an upgrade to ImmersionRC’s EzUHF JR module, which offers up to 500mW of power in the 430 to 440MHz frequency range. This extra step may seem like a lot of work at first, but when you are flying kilometers away from yourself and you lose signal, you will be glad you had set it up.When I received my Long Range Set from TBS, the Taranis transmitter was configured to communicate at 2.4GHz.

#Tbs discovery pro long range set review free#

Once you have set the flight controller to do whatever you want in the case of the loss of signal, go to whichever model of receiver you have and set the failsafe there such that when there is no longer signal, it will activate one of the free auxiliary channels which will tell the flight controller to go into failsafe mode. From there, you can set the flight controller up so that with GPS, if the receiver loses signal, the quadcopter will automatically return to it's home coordinates, or take off position.

#Tbs discovery pro long range set review software#

To set the failsafe on the Naze32 flight controller, go into the cleanflight software and click on the failsafe section.

Setting the failsafe on any model aircraft that will be flying any great distance is important as a loss of signal at this distance can damage property and even injure people.

#Tbs discovery pro long range set review zip#

The SONAR module will be plugged into the ESC section of the board.Īfter all of the electronics are connected, we can make the build look cleaner by using zip ties to secure the loose wires and to minimize the chances of a wire coming loose mid-flight from the vibrations. Plug the 3 wires from the GPS unit into the empty port. If your receiver supports PPM (Pulse Position Modulation) mode, you only need to connect one wire onto pin 1 of the controller board.Īt this stage, we should have 1 pin header still free on the receiver section of the flight controller. Using male to male servo extension leads, connect pins 1-8 of the receiver to the corresponding pins on the flight controller. Taking note of the arms, connect the ESC wires from each arm into pin headers 1-4 of the ESC section on the flight controller, with the front left arm being the first and the back left arm being the last. First, solder all of the pin headers that are supplied onto the controller board. To make things easier, there is a labeled diagram of the wiring above. We will need to connect the ESCs, receiver, GPS, and SONAR to the flight controller. Here comes the slightly complicated part. Then, use the antenna pedestal the stand the antenna wires up in a V-shape to prevent them from getting chopped off every time you fly the quad.

The other benefit of using higher end systems is that they usually have failsafes which you can program to perform an instruction such as activating a switch or reducing the throttle when there is a loss of signal.īind the radio to the receiver using whatever method is for your particular model and stick the receiver with the antennas facing the back onto the top of the frame with the double sided foam tape. Some transmitters are even capable of up to 50KM of range but by that distance the quadcopter is likely to have run out of battery.

However, if you require more range, read on.įor longer ranges, systems such as the DragonLink or the EZUHF RC system by Immersion RC are more suitable as they operate in the UHF (Ultra High Frequency) range. Disclaimer: This particular setup is suitable for a shorter range of flight, hence this section will be separated into two parts.įor distance under 3KM, a modded Turnigy 9X bound to a FrSky receiver should be sufficent.