I have yet to see or feel any torque steer in any of my front-wheel drive cars in GT5, tuned or stock. I did some testing before I wrote this post to make sure I wasn't talking out of my arse and I retain my stance on it. All of them launched in a straight line, regardless of setup. Something tells me that my 300-something plus horsepower front-wheel drive cars shouldn't be this worryingly calm.
Okey, that's kinda true, if your real life car suspension could make perfectly identical on both sides (including camber/toe and identical tires) it will go close to GT5 style.
Gotta do few tests on GT5 again, had small feeling at it is pulling, but forces are not so big at it make any bigger difference to keep car on line, plus mostly using early lock on FF's. (
will add test report under later )
Tested, and there is torque steer, not heavily what is obvious 'coz 100% identical torque spread from differential (0,0,0 lock), lack of realism on virtual world where things are working perfectly
Used some 0km Mini and put toe -0.10 to front and +0.05 rear, 0-cambers.
Wheel turned ~30-40 degree when stopped and started accelerate, first it pulls and then it stabilize it, a bit more noticed if car is standing half on different type of surface, pulling happens but soon neutralize it.
For same kind of behavior what we can have in real world there should be some breaking to do that perfectly working differential and 100% identical settings on sides of car.. but there goes line, altering that on default is cheating, but permanent body damages altering this would be great.
0 cars are left from factory in any way of identical on sides (left-right), there is always differences between toes, cambers, shock absorbers stiffness, springs and none of differential gears work so perfectly what simulated model of it does.
Note from real life; try to put FF car front tires pressure 0.1bar different on sides and car goes like a wild dog when accelerating, then put them on same pressure and goes fine. (prefer to use some digital pressure meter what handles 0.01 bar). I know at even smaller 0.05 bar difference makes same wild dog behavior, so called "torque steer".
(remember at even close to real test you need to have proper close to identical toe and not much loose joints)