Pitch trim/pitch axis is non-linear

[Robin885]

Hi everyone,

The Mirage F1 has a bug (imo) with regards to the pitch axis, which has been made even worse in the 2.9.6 update. 

As we can see in the following video, the pitch trim is non-linear. When in level flight, around the neutral point of the stick, the stabilizers move very slowly. However, when the stick gets closer to its deflection limits, the trim gets super sensitive and the stabilizers move much quicker with the same button press than it would when the stick is centered. In the second part of the video, the trim indicator clearly shows the change in sensitivity as the stick moves to the full aft position.

In this test, I am only moving the stick by the use of the trim button when pitching up, no physical stick deflection is made on my side. 

Note that it can also be observed when pitching down. 

[fausete]

Hi, we have the suspicion that the AMEDEE (the internal curve of the pitch system) is excessive in this new update and we are working on toning it down, but we don't think that this non-linearity is a bug.