Q: How Do I Use a Skid Pad to Be a Better Driver?
Q: “Can you share a skid pad curriculum or recommend best exercises?”
Q: How do I use data to help me define what to do to improve my driving?
Q: I’ve been looking at the telemetry data and onboard footage of faster drivers to improve my driving. I’m at the point where I understand what I’m doing wrong and what I can do better conceptually, but I can’t seem to apply it when I go out on track. What’s confusing me is I don’t understand what exactly I’m doing wrong when I’m in the car. For example, if I need to use less brake going into a corner, I’ll tell myself that before the corner, but I just end up repeating the same mistake as before. How do I figure out what exactly I must do with the controls by looking at data?
Q: How do we select a performance driving/racing school?
Q: “How do we know if a racing school is legit/worth it? Most new drivers want to go to a school, but there is no list or certification or anything to know if a school is really worth the time or money. Reading reviews could be biased or misleading. Is there a way to tell if you’re being taught the correct way, by true instructors? Or is it a fly-by-night school that is just trying to make some cash and not really teaching you anything? Are there questions we should ask of the school or things we should be aware of when looking for a performance driving/racing school?”
Q: How do you define corner entry speed & how important is it?
Q: “Here is a topic for discussion which got asked of me in regards to the RaceVoice device relative to entry speed. The question was: How do I define entry speed. And, how important is it?”
Q: How does endurance racing work?
Q: How does endurance racing work?
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?”