- 1,494
- Portland / Or /
- Barefoot_Driver
It all depends on how much speed you can carry through the corner. On the old Porche Unleashed game there was a video of a 911 taking a hairpin corner at an insane speed by having his tail push the front end at the correct angle. If I understood Dr. Beckmans' The Physics of Racing I could explain it in slip angles and yaw. But I don't.
How come no ones mentioned the difference between rear wheel, front wheel and true (4 wheel) drifts? Someone here has the answers! Please post.
Edit: Drivingfast.net also mentions that the tires get the most grip when they are about to lose traction (I probably didn't say that right.) They are at their best just before they break, and a good tire will give a little before it does break so a little slide is expected.
Try the TT#8. I always get a better time when my back end goes out just a little as I transition from entry/deceleration to exit/acceleration. I get the best grip, the best line, I spend less time in-corner and I can accelerate harder.
How come no ones mentioned the difference between rear wheel, front wheel and true (4 wheel) drifts? Someone here has the answers! Please post.
Edit: Drivingfast.net also mentions that the tires get the most grip when they are about to lose traction (I probably didn't say that right.) They are at their best just before they break, and a good tire will give a little before it does break so a little slide is expected.
Try the TT#8. I always get a better time when my back end goes out just a little as I transition from entry/deceleration to exit/acceleration. I get the best grip, the best line, I spend less time in-corner and I can accelerate harder.
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