But I don’t understand the the physical transmission, as I understand there might be a problem between those two transmitter signals colliding, but is it true, if I configure the remote 1 to not use any other channel, and the same with remote 2, there should be no collision?
But if there is, if I use separate receivers, will that resolve the problem, I don’t see how, because does it matter , if the channels are used by one pair, can they be used by the second one too?
Thanks for all replays.
(about 5.8 Ghz I don’t see it as option, because I want FPV to be on 5.8, I have studied a lot about these frequencies, so I understand that using 2.4 for FPV will be very bad for controlling the multicopter as audio + video is very “thick” layer of signal, so I found that it is better to use 2.4 for controls and 5.8 for A/V FPV)
Yes its entirely possible to do that. But you will need two transmitters and two receivers.
In the case of using ardupilot mega…
Transmitter 1 would be connected to APM inputs 1-5 to control the
drone (Pilot)
Transmitter 2 would be connected to APM inputs 6-8 to control the gimbal (gimbal operator). You would needchange the settings on the APM to set those channels to be inputs to gimbal control.
I am not sure what you mean by this. On 2.4Ghz you can have literally a 100 transmitters operating at the same time without problems. With most radios you will bind/pair a receiver to a specific transmitter so you dont need to worry about interference.
Hope that helps, but if its still not clear feel free to ask
Thanks, for some reason I did not know about the binding, so I thought the receivers where “free-to-access”, but now it is clear to me really big thanks.
2.4Ghz receiver binding is not permanent. It will just mean that you pair a receiver to a specific transmitter (methods vary depending on manufacturer) but with all of them its not permanent ( it will only save the binding until you erase it), so you can pair a receiver to another transmitter at another stage.
