It seems there's not much out there about this. Is there any blurb written up anywhere?
So it sounds like there's no real gain to be had with messing/testing with the Steering Type or Power Assisted Steering settings then.
Thanks lads:tup:
On my T300 I've been using:
Steering Type: Simulation
Power-Assisted Steering: Off
Force Feedback Max. Torque: 5
Force Feedback Sensitivity: 1
Seems to work well.
I just wondered if there was any edge to be gained with any of the above settings:tup:
Logitech G25 user here
Steering Type: Simulation
Power Steering: Off
FFB Torque: 1
FFB Sensitivity: 10
Controller Sensitivity: 0
As someone mentioned having the torque set too high is actually counterproductive. It muddles up the subtler forces and it makes it harder to countersteer quickly. I used to drive with torque 10 all the time but gradually reduced it by 1 every week. Now using torque 1 I can feel all the subtle feedbacks and I have adjusted to the strength so it doesn't feel at all "floppy". Sensitivity you want cranked as high as possible to feel all the little FFB effects.
Controller sensitivity is a tricky one. Some people say it doesn't affect wheels, but I say it has a teeny tiny effect. For most road cars it practically doesn't make any difference, but for Formula/Red Bull cars having it -2 can help make the initial turn in smoother. That's what I feel anyway. Might just be placebo effect. Just try it yourself and trust your own judgement 👍
I tried out your G25 settings on my wheel (T500RS) this morning and found that high FFB sensitivity settings cause the wheel to oscillate when driving in a straight line. I know some DFGT users suffer from this problem, so my advice to them would be try reducing the sensitivity. After quite a few test laps I have now changed to the following settings which seem to be the best compromise for a T500RS:
Steering type: Simulation
Power Steering: Off
FFB Torque: 6
FFB Sensitivity: 4
Controller Sensitivity: 2