hexfet wrote: How are you testing "losing signal in mid-air"?
Here are three different scenarios:
#1. Quad loses signal due to out of range, #2. transmitter power turned off, or #3. drops signal due to a hard crash (maybe interrupted quad power supply, or other reason this happens on crashing).
With the stock transmitter, the quad is ready to fly again without any apparent delay.
For example, the quad flew too high and loses signal out of range, but on the way down regains signal and can be flown without a crash.
Or, turn stock transmitter off. Quad has no signal, but if transmitter is powered on the quad regains signal and can be flown without a crash.
With the deviated transmitter, once the quad loses the signal, it never regains the signal automatically.
The transmitter must be power cycled or Re-Init initiated. This process takes a minimum three seconds, so the quad will crash if signal is lost while flying.
For example, quad goes out of range or power off transmitter. The quad will crash and will not re-bind until binding sequence is performed.
On these occasions, often, but not always, the quad will not re-bind to the deviated transmitter signal unless the quad is power cycled, not just the transmitter.
I hope this helps and I hope I'm describing the observations correctly... thanks!
