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OK, that might make sense. I could see that.The way the camera is controlled is fundamentally different in M from N/S (the former locks the camera to the aircraft while the latter lock it to the horizon). When you put the switch in M the camera leaves the horizon-based lock and goes to +20° which is pretty much the ideal angle for M mode on the FPV.
But if the attitude doesn't change, why does the aircraft start to drift backwards and downwards, every time. A change in just where the camera points wouldn't do that.
Those changes in aircraft motion would require a pitch change...right?
It wasn't a video, it was a screen shot of the flight data during the transition from Normal mode to Manual mode. I'm almost certain that the data line that the OP pointed to was aircraft attitude, not camera position.If it's the same video I've seen it shows just what I described and that pitch doesn't change.
How could you produce the motion of the aircraft drifting downward and backward, every time, without a pitch change of the aircraft? I'm not saying there's no way to do it, but if there is, I can't see what it is.
Thx.