EBC DP41172R Yellowstuff Rear Brake Pads for 1987-1993 Ford Mustang and Mercury Cougar

EBC Yellowstuff DP41172R rear brake pads use an aramid fiber-based compound engineered for strong braking performance from cold and consistent control during demanding driving. Unlike many track-focused compounds, Yellowstuff pads do not require a warm-up period, making them suitable for both street driving and track use. As temperatures rise during hard braking, the compound delivers increased friction for confident high-speed stopping.
Developed for performance applications, the EBC Yellowstuff compound is designed to resist fade during repeated heavy braking while remaining rotor friendly. It has been used in competitive racing applications with stock caliper systems and is well suited to performance vehicles operating on the street, autocross course, or race track. These are not low-dust brake pads; drivers seeking a premium low-dust street compound may prefer EBC Redstuff pads instead.
The EBC DP41172R pad set is identified by FMSI pad number D347 and is designed for compatible rear brake applications on select Ford Mustang, Ford Thunderbird, and Mercury Cougar models. Verify the vehicle’s year, brake configuration, and application before installation. Professional installation is recommended, along with proper bedding procedures to establish consistent friction and braking performance.

• Compound: Yellowstuff aramid fiber street and track formulation


• Performance: High-friction braking with strong response from cold


• Fade resistance: Zero-fade race-developed compound for repeated hard stops


• Application: Rear brake pad set for compatible Ford and Mercury vehicles


• Driving use: Suitable for street driving and track applications


• Part number: EBC DP41172R


• FMSI number: D347

Features:

• Zero-fade race-developed compound

• Effective braking performance from cold

• Suitable for street and race-track driving

• Improved high-speed stopping capability

• High-friction aramid fiber brake compound

• Rotor-friendly performance for compatible applications