DC Brakes RE26 — Long-Life Motorsport Brake Pads

Extended Pad Life. Consistent Performance. Ultimate Control.

DC Brakes RE26 is a high-performance racing brake pad compound engineered to deliver extended pad life, consistent braking performance, and exceptional pedal control.

Designed for demanding track use, RE26 is an excellent choice for track days, sprint racing, and endurance competition.

Its advanced friction formulation delivers predictable braking response, outstanding modulation, and low rotor wear, even under sustained high-temperature operating conditions.

Long Pad Life — Engineered for Longevity

One of the key advantages of DC Brakes RE26 is its exceptional wear resistance.

The specially developed friction compound significantly extends pad service life while maintaining consistent braking performance throughout demanding track sessions.

In certain vehicle applications, RE26 can deliver up to 80% longer pad life compared to DC Brakes R27 under comparable operating conditions.

Extended pad life means fewer pad changes, lower operating costs, and more time on track.

Consistent Performance — Lap After Lap

RE26 Friction vs. Temperature

RE26 delivers outstanding friction stability across a wide operating temperature range.

The compound maintains predictable braking characteristics under repeated heavy braking, providing consistent pedal response and stopping performance from lap to lap.

Compared to the more aggressive DC Brakes R27 sprint compound, RE26 features a slightly lower coefficient of friction throughout its operating temperature range, along with a less aggressive initial bite.

This results in smoother brake torque buildup and more progressive braking response, allowing drivers to precisely manage deceleration and maximize control under demanding conditions.

Excellent Modulation — Precision at the Limit

One of the defining characteristics of RE26 is its exceptional brake modulation.

Its progressive friction response provides smooth, predictable brake torque delivery as pedal pressure changes, allowing drivers to make precise adjustments and fully exploit available tire grip.

Excellent modulation is particularly valuable during threshold braking, brake release, and trail braking, where small changes in brake pressure can significantly influence vehicle balance.

RE26 gives drivers the confidence to fine-tune braking inputs and maintain precise vehicle control throughout corner entry.

Disc Friendly — Low Rotor Wear

The RE26 friction formulation is optimized not only for extended pad life but also for minimal brake rotor wear.

The compound promotes quick and uniform formation of a friction transfer layer on the rotor surface.

A stable, consistent transfer layer supports predictable pad-to-rotor interaction, promotes smooth braking performance, and helps reduce abrasive rotor wear.

With its rotor-friendly characteristics, RE26 helps extend brake system component life and reduce overall track operating costs.

DC FrictionLock — Advanced Mechanical Retention

Like DC Brakes R27, the RE26 compound incorporates the proprietary DC FrictionLock™ friction material retention technology.

The specially engineered steel backing plate features a combination of mechanical hooks and additional retention elements designed to securely anchor the friction material.



DC FrictionLock supplements the conventional bond between the friction material and backing plate, enhancing structural integrity under extreme temperatures, vibration, and repeated high-load braking cycles.

DC Brakes RE26 — More Laps. Less Wear. Total Control.

DC Brakes RE26 is engineered for drivers who demand consistent braking performance, precise modulation, and extended pad life without sacrificing predictability or control.

Combining exceptional durability, rotor-friendly characteristics, and stable friction performance, RE26 is an outstanding choice for everything from regular track days to competitive motorsport.

DC Brakes RE26 — More Laps. Less Wear. Total Control.


WARNING: This product can expose you to chemicals including silica, which is known to the state of California to cause cancer, and lead, which is known to the State of California to cause birth defects or other reproductive harm. For more information go to www.P65Warnings.ca.gov.