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Brake pads Clarks VRX865 metallic for Clarks models CMD-19, CMD-20, CMD-21
Brake pads Clarks VRX865 metallic for Clarks models CMD-19, CMD-20, CMD-21
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Brake pads Clarks VRX865 metallic for Clarks models CMD-19, CMD-20, CMD-21
Leave your address - as soon as the price of the product goes down, you'll know about it right away
Brake pads Clarks VRX865 metallic for Clarks models CMD-19, CMD-20, CMD-21
Brake pads Clarks VRX865 metallic for Clarks models CMD-19, CMD-20, CMD-21
Clarks VRX865 metallic brake pads are replacement pads designed specifically for Clarks brake caliper models CMD-19, CMD-20 and CMD-21. The pads use a metallic friction compound that aims to deliver consistent braking performance and improved durability compared with standard organic compounds. These pads restore stopping power and are intended to match the fit and function of the original Clarks caliper pad assemblies.
The metallic friction material offers greater heat resistance and longer service life under frequent or heavy braking, helping to maintain stable braking force during extended descents or repeated stops. The pads are manufactured to fit the specified Clarks calipers precisely, ensuring straightforward replacement and reliable engagement with the rotor. Consistent pad wear characteristics reduce the need for frequent adjustments and help preserve overall braking system performance.
These metallic pads may produce more brake noise under some conditions compared with softer compounds and can be harsher on rotors than organic or resin-based pads. They are not intended for calipers other than the specified Clarks models; using them with incompatible calipers may lead to poor fit or reduced braking performance.
Install the Clarks VRX865 pads following the caliper manufacturer’s pad replacement procedure. Remove the wheel and old pads, inspect the rotor and caliper for wear or contamination, and clean contact surfaces before inserting the new pads. Reassemble the pad retention hardware and check pad alignment and caliper centring. Bed the new pads by performing a series of controlled acceleration and deceleration cycles to transfer a thin, even layer of friction material onto the rotor surface and to stabilise braking performance.
For best results, pair these metallic pads with rotors in good condition, avoid contaminating pad and rotor surfaces with oils or lubricants, and follow a break-in procedure of multiple moderate stops to ensure consistent performance and longevity.
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