The first one is the amount of travel that they joystick has after the microswitch has actuated. I only have stock restrictors in and I don't know if other restrictors solve this but the joystick will continue to move for another 1-2mm the switch has engaged.
The second problem that I have noticed is the 'baginess' in the joysticks. This is the amount of movement that the joystick has before the spring even starts to compress. After disassembling the joystick I noticed that this is partially to do with the clearance between the shaft and the bore of the pivoting ball in the socket. I noticed the one I took apart had 0.8mm clearance!

To solve these problems I made a couple of replacement parts for the stick:


I made a replacement ball/elbow with 0mm of clearance. The shaft is a snug fit and it has pretty much eliminated the baginess.
The other part is a replacement actuator. The larger diameter is a fraction bigger than the stock one which reduces the engagement distance/angle. The major improvement is due to the increase in size of the smaller diameter. The lower part of the actuator hits the resistictor immediately after triggering the microswitch, I would say there is less than 0.25mm travel after that point.
I just had a couple of credits and its ace. My ship actually moves the amount I want it to rather than over/under shooting and changes direction sharply rather than feeling sluggish
