Good point that I can drop damping to 0 somewhere in CM, and I donât have to it all over again. But the result is the same, damping is at 0.
Range compression turns steer assist into âŚrange compression, so itâs either or: once you activate range compression it disables steer assist. Itâs not both.
500 percent sounds a lot, but it is affecting only small forces. No big spikes, no harsh humps. But a very very detailed and still intense FFB. If you are too late in Imola, and the 22 skin has some heavy yellow barriers, you have to grab the wheel really hard, or you gonna loose it.
I use SFR because the forces in high speed corners, especially a combination left right is close together, it is impossible to react so fast and with constant forces so high.
You seem to agree that clipping is coming from in-game. So when I have a car that produces in real world 12Nm of forces at the steering wheel, why shouldnât I limit those forces in a game not to 12NM? All what I do is: this is the amount of torque the car produces at the steering wheel. That is what the game sends to the Simucube. And in TD I decide, at how much torque of what the the Simucube motor is capable she delivers what she receives.
@Mika once wrote: you can have clipping at every torque settings on TD. Clipping is in-game related.
In my understanding that is exactly what I follow: I set an amount of FFB in-game. I then decide on what level of torque the Simucube 2 delivers the signal to my steering wheel. Fe: in game I have 10Nm. At TD I have 100 percent. So I will get the output of the game with the full capacity of my DD. If I set TD at 10 percent, I still get the full signal, but at 10 percent of what the Simucube 2 can deliver.
And like I wrote: this is for cars not from Kunos and a single style of cars.
PS: donât you do the same in Iracing when you set the maximum torque at a certain number? If you do this in AC with an app that has a DD mode, which let you set the maximum amount of torque, I think you do the same. I donât know how else you can define the exact amount of Nm in AC