A braking system is functionally a heat exchanger- kinetic energy (speed) is converted into heat via friction of the brake pad on the rotor. The faster the speed the more heat a braking system will create. This is why a larger rotor is more efficient- it allows more surface area for the heat to dissipate and prevent overheating, which causes brake fade. Stopping in the shortest distance possible and providing optimal pedal feel during threshold braking yields faster lap times and inspires driver confidence.
The factory brake lines expand during hard braking making the brakes inconsistent and modulation becomes difficult. Goodridge G-Stop Stainless Steel Brake Lines feature a Teflon center with stainless steel braid preventing any expansion during the most demanding conditions.
The factory brake lines expand during hard braking making the brakes inconsistent and modulation becomes difficult. Goodridge G-Stop Stainless Steel Brake Lines feature a Teflon center with stainless steel braid preventing any expansion during the most demanding conditions.
The factory brake lines expand during hard braking making the brakes inconsistent and modulation becomes difficult. Goodridge G-Stop Stainless Steel Brake Lines feature a Teflon center with stainless steel braid preventing any expansion during the most demanding conditions.