You're right on that one, except that both doesn't affect steering the
same way. The inertia of the car itself will not stop you from
changing the angle of your wheels, but will certainly induce
understeer as tires slide away from the direction you are turning in.
But then I guess this understeering could also create forces that
fight back the wheel's movement. But having driven a motorcycle I can
tell you that at high speed the rotational inertia of the wheel cannot
be neglected. I'd have to calculate to see what would be the
magnitude of the inertial forces, but I'd need some info about the
diameter of thye wheels and infos on weight distribution. Again I
conceed that I may be wrong, I'm studying chemical engineering, not
mechanical... We've had courses about static and dynamic physics
though, so I'm not completely ignorant (I hope!).
Ok, but it seems wrong... I find that all corrections that I try to
make are getting too strong a response from the car... Of course with
all the G's missing it's hard to tell, but visually (and that's the
only way we can drive at this time - until FF) I can't really feel in
total control of my car on a straightaway.
I'm almost there, I'll try it to full but I doubt that will come into
play when I'm on a straightaway...
Thanks for your interesting response.
A. Renault