Suppose I go out and purchase a high performance sports car. I want to know about the car and what it is capable of.
I take it to a measuring shop and they test the torque, the wheel speed, acceleration specs, how it might handle based upon pressure plates and I get 3D images of the car and scientific modeling of what it should be able to do.
I have all this information about my new car… I know all the specs, and everything about it.
However, I take it onto a track and get my butt kicked by seemingly inferior cars.
Maybe I am not a good track driver?
Now I have a problem with the car. It’s idling strange and seems sluggish off the line. Then I notice a weird rattle sound when I move into counter clockwise corner. It grows into a loud vibration.
I take it to an authorized mechanic and give him all the measuring spec sheets. He tells me a few things he thinks it might be. He orders some expensive parts and then finds out his suppliers are out of stock. I might have to wait a long time.
I sign up for top tier driving lessons for track cars and the instructor has accomplishments but has never driven my kind of car which is set up more for Grand Prix racing. His background is Formula 1… a different form and objective. He has suggestions but it doesn’t seem to help me.
I finally get my car back from the shop, but after driving it two more times on the track, the same problems arise and another problem surfaces with the braking system. It’s pulling to the left which is really dangerous.
The next week I meet a guy who has the same model car I have… and is an experienced racer, but it’s been customized. I asked him who did the work… he said… “I DID… I would never trust anyone else to work on my car”
He invited me to his shop and he tells me he is not only a driver but a mechanic also. He also knows ways to fabricate custom parts and has uniquely designed some upgrades that have solved some of the problems this model commonly has.
He tells me that my stock model actually accelerates too fast off the line and then loses compression in the gear box. He shows me how he fabricated a different gear system so the car can accelerate more evenly and over a longer period of time. This also takes some wear off the clutch and pressure, and re distributes the torque so it doesn’t damage other critical parts, particularly a left side suspension issue.
I tell him that he needs to take his car to the analyzing shop, but he says “you’d be better off understanding this car from the inside out, and learn to drive it.” Behind him are a wall of trophies and winner’s checks from past events. He says racing isn’t about the fastest car necessarily, it’s about positioning yourself properly and knowing how to move into the corners without softening your tires too much. He also told me a tip on how to pocket the car behind other cars to decrease wind drag and fuel consumption so that you can stretch your tank out and use it when you really need it.
I then realized that just getting data from my car’s performance wasn’t going to make me a better driver and that I needed to really take the deep dive into learning about how the engine works from the inside out and how to fix and upgrade it myself because it was clear that designers had some oversights in the stock engineering that needed to be retrofitted with something both more reliable and durable in the heat of competition.