Q: How can I go full throttle & still have steering in when exiting a corner – I thought that was asking for more than 100% from the tires?

Q: “I have been trying to improve my corner exit speed. As I am exiting certain turns, turn 1 at VIR for instance, I am at full throttle pretty much past the apex even before I fully straighten my steering wheel out. So, I am cornering at full throttle. Why am I not sliding or spinning? I am a firm believer in what you said many times in your books that the tires can only do 3 things at 100% – each either accelerate, decelerate or corner and they can do a combination of the above but only up to 100%. So, I am 100% accelerating and still cornering. How can that be? I drive a Cayman GT4 with Hoosier R7 tires. Can it be that these tires can handle more, meaning 100% full throttle in my car is really less than 100% throttle for these particular tires? I hope I am making sense!”

Q: How should I break in new tires on the track to make them last longer?

Q: “The question I have is about heat treating to break in new tires and improve tire longevity. I usually heat cycle a set of tires for 20 minutes on a single session, then take the tires off and let them sit for 24 hours. I then put them back on for the remainder of the 2-3 day event. I run a set of tires for about half a season, ~4 events. Is there a better way of getting the tires ready for a season, and is there a normal life of tires that would indicate a replacement point? Could I run tires for a full season without suffering hardening and loss of grip?”

Q: Which reference points are the most important when approaching & driving through race track corners?

Q: “I’m doing my yearly brush-up on the basics and realized that I’m thinking more about the start of throttle rather than the End-of-Braking. Pretty close in terms of where and when in the corner, but not quite! I also think about the point of full throttle to make sure I don’t get there too soon (or too late!). How do these three points rate in terms of importance? And if a driver gets one wrong, which one has the highest cost in terms of lap time? Which one can be compromised with the least penalty?”