- 1,139
- budious
I always suspected it was based on a logarithmic and modeled a theoretical equation that would perform such a task. I have no idea if mine is anywhere close but it is in the links in my signature with examples of chassis degrading fairly quickly when the car is new or recently reset by GT Auto service, and then tapering off and the degradation slows as the mileage accumulates.
OTI excerpt* Chassis Rigidity Factor = (1.00 - (LN(DLR) / 100) + (CR))
o CR (chassis reinforcement) is a conditional variable; if chassis reinforcement installed than equal to .1, else .0
o DLR (distance from last reset) represents mileage since GT Auto chassis service.
o Likely that there is another degree of variation in permanent chassis degradation due to overall that cannot be repaired by GT Auto. Perhaps (LN(Mileage) / 1000) should be in there as well.
Examples:
Chassis Condition of 96% at 50 miles:
= 1.00 - (LN(50)/100) + .0
= 1.00 - 0.0391202300543 + .0
= 0.960879769946
= ~ 96%