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Maybe they use them as a bandid, I don't know. Or they use them as another method of fine-tuning weight transfer vs track conditions vs engine power to get the most acceleration while not pulling the wheels off the ground. I certainly won't be doing any massive wheel stands at my miniscule power level. But, if it happens to do it, it will be used as a safety system to keep the wheels on the ground.
I am thinking the same thing now. With a linear measurement, I could smoothly ramp the timing down as the wheel gets higher in the air. That would keep the engines power up enough for maximum acceleration without the car pulling the wheels too far in the air. Plus, you could keep your foot on the floor the whole time. The switched on/off sensor could only be used with a fixed amount of timing and could possibly cause the car to bounce as it's trying to correct itself. All this is assuming the car has perfect traction.
I made an aluminum plate and mounted it below the glove box with the connectors pointing towards the seat. I put a short curtain in front of it to hide it from view and still have quick access to the connectors. This is a mock-up of how it looks before the harness is wrapped in loom and secured up to the plate. It's not an ideal location of you have kids who'll kick their feet but it's fine for adults.
Thanks
