One spot to pay attention to is the consistency of how the brake pressure is bled off and how smooth this release of brake pressure is. This first graph shows a good release and a release that could use some work. It's important to work on the skill of keeping consistent and smooth brake pressure throughout the release, especially when blipping the throttle in heal and toe downshifts.
Proper braking technique braking is probably the easiest thing for most people to improve upon and make a large difference in their driving and lap times. The first area most people work on is proper application speed and amplitude followed by learning to trail off the brakes and carry more speed into corners.
One spot to pay attention to is the consistency of how the brake pressure is bled off and how smooth this release of brake pressure is. This first graph shows a good release and a release that could use some work. It's important to work on the skill of keeping consistent and smooth brake pressure throughout the release, especially when blipping the throttle in heal and toe downshifts.
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Mazdaspeed brought Roger Cadell (AiM Sports National Training Manager and friend of TrailBrake.net) and Randy Pobst (Championship Winning Driver, Coach, and author) together to do a webinar together. While based on AiM examples, this webinar is fulled with examples and ideas that are applicable to all cars and data systems.
Click the title or read more for the video. Does it make sense to put a $400 AiM SOLO in a $500 Lemons race car? Of course it does! Within our small team of 5 folks, we were each able to improve our individual lap times by comparing our speed, longitudinal G, and lateral G force graphs. Throw in the ability to use the GPS features to compare our driving line and we had one teammate lose over 3 seconds on a one minute 31 second lap. That is a serious improvement! Sometimes we just need to look at things a little differently to reinforce what we’re seeing. Even though two different style graphs are showing the same information, we can get more out of one. It’s important to remember this when we’re looking at our data. Remember to look at things multiple ways to see which makes the most sense to you and is the most helpful. If you've made it to this blog, you're probably familiar with the friction circle. As a quick review, it’s the theoretical circle of forces that a tire can develop – 100% accelerating, 100% braking, or 100% cornering in either direction. The exciting part is as soon as you start using less than 100% of one direction, you can start using some of another direction. This idea is what gives us the friction circle. The actual friction circle that the car can achieve is shaped sort of like a heart without the divot in the top. Some Googling says the shape is real name for the shape is a curvilinear triangle. Who knew?
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