How about if the understeer is taking you towards an obstacle (wall, another car, etc.)? In a RWD car one can stab the throttle to bring the car around so that your car does not hit the obstacle. In a FWD car, what does one do? Stabbing the throttle transfers weight to the rear, so now the front wheels actually have less traction than before, and you will continue understeering/pushing into the obstacle. I guess one can grab the e-brake, if thinking quickly enough, to bring the rear around.
This is why I dislike FWD for myself. I always had driven RWD until I bought a Contour for “safe” winter driving. That thing sucked in the snow about the same as my Mustang with summer tires on it, and I could not correct my line with the throttle the way I could in the Mustang. Now, I drive a Camaro every day with Blizzaks in the winter without a problem.
[quote]Need4Speed wrote:
Gleemonex, I don’t get it. How does RWD offer “better performance” in low-traction conditions, especially snow, which is exactly what the original question was about?
If keeping the car under control is the goal, then FWD offers better “performance” in these cases. RWD just kicks the rear end around. Yeeha!
If you’re talking about on a race track, then the scenario doens’t match either, because if you’re getting into low-traction conditions, you’re not driving right, and you’ll be slow. That doesn’t sound like better performance.
Drifting, as in the sport, is about showing off, not going fast. Around a race track, you want to be driving near the maximum slip angle of the tires without pushing them beyond. This means at the limits of traction, not low traction. RWD offers better performance here simply because, first, it’s easier to induce slight oversteer when needed, and two it takes some work off the front wheels and gives it to the back. But that doesn’t have anything to do with low traction.
You’re right, we’re saying similar things, but the details are important, and they aren’t the same. I don’t believe there is any situation where RWD offers “better performance” in low-traction conditions, except drifting, and once again, that’s not what the original question was about.[/quote]