I've tried some cars for this : the Xanavi GTR, the Focus and the RX-7. The RX-7 starts 'shaking' if you let the wheel go from 150 km/hr and higher. The Focus Rally car is a little more sensible to it, and the Xanavi GTR even more. But below 100 km/hr no shaking here ... and certainly not when standing still
You could try the same cars at different speeds and compare.
Thanks for replying Arwin! Driving straight over cerbs feels OK, it's only the combination of turning and cerbs that provides the rattling, and I guess this is the way the DFP handles it.
The main problem is the FF-less zone however. I took an angle-meter to measure how many degrees this neutral zone really is.
It varies between +2.5/-2.5 and +7.5/-7.5, and that depends of :
- tyres : smaller angle with slicks (seems logical)
- speed : smaller angle with higher speed (seems logical)
- force applied : I mean, if you apply a sudden force, the wheel turns over a bigger angle before the FF has the time to start working. I guess it's just a drawback typical to FF-devices.
So I think I figured some things out :
Why didn't I have this problem with the Momo Force?
The answer is probably that the Momo Force has a bigger turning resistance, even without electrical power. So I didn't notice the difference between no FF (with bigger resistance), and FF.
And second thing : why seemed the problem not to exist with GT3C?
The answer here lies in the fact that in GT3C, the software seems to provide a FF, even when the car stands still. This makes the transfer to speed-related FF less sudden, hence no "FF-less zone".
Now this could clear things a bit up for me, but I wonder why noone seems to question this like I do? Is it like k2racer says, because you guys didn't bother about details, or is there still something wrong with my wheel?
@ Minnesota : are you sure you get FF from the 1st degree??
Thanks for more reactions!