Brake pads Clarks for Avid Code (2011) with heat-dissipating fin, MPN CLA-VX858-FIN

Clarks brake pads for Avid Code (2011) are replacement disc brake pads designed for mountain bike use. These pads include an integrated heat-dissipating fin to improve thermal management during sustained or heavy braking, helping to maintain consistent stopping power on long descents. They are supplied as a set of replacement pads compatible with Avid Code 2011 calipers and are intended to restore braking performance and reduce brake fade under demanding conditions.

Advantages

The integrated heat-dissipating fin reduces heat buildup at the pad/caliper interface, which helps preserve friction performance during prolonged braking. The pad compound is formulated for stable modulation and consistent bite across a range of temperatures encountered in off-road riding. Designed specifically for compatibility with Avid Code (2011) calipers, these replacement pads allow straightforward installation and reliable contact with the rotor for predictable stopping behavior.

Suitable for

• All-mountain and enduro riding with long descents
• Technical trail riding where strong and consistent braking is required
• Replacement parts for Avid Code (2011) calipers
• Riders seeking reduced brake fade during extended braking

Key specifications

• Compatibility: Avid Code 2011 calipers
• Design feature: integrated heat-dissipating fin for improved thermal transfer
• Application: mountain bike hydraulic disc brakes
• Material: friction compound optimized for modulation and temperature stability
• Form factor: replacement pad set for post-type caliper mounting

How to use

Remove the wheel and follow the caliper manufacturer’s instructions to extract the old pads and retaining pin. Inspect the caliper and piston for contamination, clean with a brake-specific cleaner if necessary, and carefully compress the pistons to create clearance for the new pads. Fit the Clarks replacement pads with the heat-dissipating fin oriented per the caliper manufacturer’s guidance so the fin can transfer heat away from the pad assembly. Reinstall the retaining pin and any springs or shims supplied with the pads, remount the wheel, and check pad alignment and rotor clearance. Bed in the new pads by performing a series of controlled stops from moderate speed to transfer a thin, even layer of friction material to the rotor.

Usage recommendations

For best thermal performance, ensure the fin has direct airflow and is not obstructed by debris or excessive frame components. Regularly inspect pad thickness and rotor surface; replace pads when the friction material reaches the manufacturer’s minimum thickness. Avoid contaminating pads with oils or lubricants; if contamination occurs, replace the pads rather than attempting to clean them.