Q: What does “taking a set” mean, and how do I use it?

Q: “I’ve been track driving for a good while and don’t understand the car “taking a set.” How do we sense when the car sets, why do we need it to set, how do we take advantage of car set? My Tahoe does what might be described as taking a set on entrance ramps, and when it does it will take more throttle. My V8 944 with Moton suspension never seems to “set” when running on track.”

Q: Why do I sometimes go slower in the afternoon?

Q: “Sometimes I go to the track and set my best time of day on my third or fourth lap in the first session of the morning. It makes for a discouraging afternoon. I suspect tire pressure build up might be part of it, or maybe track conditions, but I think it has mostly to do with me. I usually don’t see lap times till the session is over. Any suggestions?”

Q: Do drivers talk about getting into an altered state?

Q: “What I’d like to ask you is, do drivers ever talk about the altered state of being while behind the wheel? I love it, it’s total focus, no drifting of thought, time is irrelevant, here/now/input/output blazing away. I like to think it’s getting in touch with Fight or Flight, eat or be eaten. 99.9999 percent of our lives is not in that realm, thankfully. But it feels so wonderful to pull into the paddock, drained, mentally and physically.”

Q: How do I know if I’m over-slowing by left-foot-braking?

Q: “I am very comfortable using left-foot-braking and have found many situations where it seems to be an advantage, but other than lap times, how can I know if I’m really using left foot braking too often or too much? I switch between right and left foot, depending on the corner, and sometimes I feel that I over-slow the car when braking with my left foot.”

Q: How far ahead should I be looking on track?

Q: “The brain takes 1/4 second to process and recognize visual images from the eye. At 100 mph you’re traveling at 146 feet per second, or 37 feet per 1/4 second. What you “see” is 1/4 second in the past. So, at 100 mph, when you “see” your tire at the apex, you are actually 37 feet past the apex. We are essentially driving in the future. This doesn’t take into account the time to send a signal from the brain to body to control the car, around another 1/4 second. There is something going on here rather mysterious to me. Experiments show brain wave activity occurs prior to consciousness and movement. When we look ahead at where the car is going maybe we provide input to allow the mental calculations of position. Maybe when we are in the zone, groove, rhythm, we are in some predictive state allowing driving in the future. So do we need to look 1/2 second ahead?”