DiogoBrand wrote: ↑22 Jun 2019, 11:14
I was thinking about that whole front suspension geometry that lowers the car when steering lock is applied, and that got me thinking:
If when you straighten the wheel you are actually lifting the front of the car, does that mean you have to apply more force than normal to unwind the wheel? Since the caster angle is what creates the self aligning forces for the front wheels, does this geometry means they may have to take extra care with the caster angle so that the self aligning forces are enough to lift the car?
https://www.skysports.com/f1/news/24100 ... n-part-two
Allison mentions it and talks a fair bit about the wing dropping on turn but basically yes. If you just add that style of suspension to a car without tweaking and working on it then both the car naturally wants to turn to one side rather than stay straight so a driver has to essentially work harder to hold the car straight and bumps/movement down the straight becomes more of a problem to fight to stop the car wanting to turn, but as you say the driver has to work a bit harder to pull the car up as it straightens up.
He basically says there is a reason that Ferrari introduced it and kept taking it on and off car for several months because you really need to have it working smoothly with lots of other fancy adjustments to make the car feel more normal after adding such a system.