Third Generation Chevy Camaro 1982 - 1992 Performance and Race Modifications | CamaroTech Table of Contents |
Stability is improved by increasing the stiffness and rigidity of the system at all temperatures.
Stiff and securely mounted calipers with low thermal distortion are required
for good braking.
Stability is also improved by balanced clamping pressure applied to the rotor
and precise and controlled modulation of the brake actuation.
Camaro brake stability can be improved by:
The brake torque is the brake force which can be applied to the turning tire.
This is improved by increasing the rotor diameter and friction.
Increasing the rotor diameter will increase the moment arm of the system.
Increased clamping forces will also increase the amount of torque which can
be applied.
Improvements in friction forces are achieved by changes to the brake pads or
changes in force applied by the caliper.
Brake friction can seriously degrade with temperature. This requires
brake pads which can continue to provide friction at high temperatures
without fading
(i.e. Carbon-Metallic pads) and large rotors with adequate venting.
Brake pads can be selected for their initial "grab", coefficient of friction, wear rate, temperature performance and noise.
Camaro brake torque can be improved by:
Light weight is desired to lower the unsprung weight of the suspension. This improves handling. (See Camarotech suspension and wheels)
Performance brake installations:A brake package must be chosen which fits without interference within the wheel. Large rotors require mounting calipers further from the center and thus require wheels of a larger diameter to clear the caliper. i.e. The Brembo "Firehawk" system requires the use of 17 inch diameter wheels. Stock GM 16 inch wheels will not fit. See the Baer "fitments templates".
Note that conversion of rear brakes from drum to disk may require the use of a new proportioning valve.
Brake Rotor Tech
Rotor design examples and cross sectional cuts to reveal the rotor interior cooling passage design:
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