My rx is mounted in the center of the top plate, i dont think separation is as big of an issue with 5.8 and 2.4ghz equipment, now using 1.3ghz and 2.4 it becomes a real issue, the suggested minimum distance for that set up is like 30cm of separation.
So tuning pids, i hear increase d decrease p etc for osculations and the such but if the oscillation is just in the hover what value do you adjust the pids on, yaw pitch or roll? this is what i struggle to understand realy, what is it you are looking for to indicate what value to adjust the pid associated with it?
As I understand it.......
P is the corrective force applied by the controller to make the quad match the input from the sticks. It will change how licked to the sticks the quad feels and how quickly it responds. Too high a value and it will overshoot then correct itself. These are the fast oscillations you get. Raise (or lower in your case) P until it is just starting to oscillate, then lower a few points more. Changing pitch or brand of props can affect this, as can frame vibrations.
I is the corrective force applied over time. If this is too low, the quad won't hold the angle you want and will gradually drift over time. So in acro mode, if you at the quad flying forward and the nose gradually rises back up to level, you need higher I. Raise until you get slow oscillations, then back off again.
D is the one I don't understand so clearly but it affects how aggressively the controller applies the above corrections. So a higher D will soften the feel of the stick inputs (Damping?)
Roll and pitch are very close on mini quads so should be the same, or as near as dammit. Yaw is slightly different in that the pid controller affects the quads ability to hold altitude while yawing and any potential overshoot. Too high P will make the quad rise when you yaw.
Roll/pitch and yaw rate exponentially drop the influence of the pid controller as you move the sticks to the end of their travel, effectively increasing response and rotation rate. RC rate is the same but is linear a opposed to exponential.
TPA lowers the pid's as you increase the throttle and is useful for tuning out wobbles on higher throttle that you will probably only notice in the video.