EBC DP42188R Yellowstuff rear brake pads are designed for drivers who want strong braking performance on both public roads and track environments. The aramid fiber-based compound delivers a high friction response from cold, so the pads do not require a warm-up period before providing effective braking. They become more capable as temperatures rise during repeated or hard braking, making them a practical choice for spirited street driving, performance use, and occasional track days.

These rear pads feature a zero-fade, race-developed compound intended to support consistent braking during demanding use. Their high-friction formulation can help improve stopping performance at higher speeds while maintaining rotor-friendly operation on vehicles within the intended application range. The solid rotor application is identified by FMSI pad number D1813. EBC Yellowstuff is also suited to drivers who want one pad compound that can transition between everyday driving and closed-course use without changing brake pads.

Fits select 2014 Hyundai Elantra GT, 2015 Hyundai Sonata, and 2014 Kia Forte applications. Verify the vehicle year, model, brake configuration, and rear pad shape before ordering. Yellowstuff is not a low-dust compound; brake dust may be more noticeable than with a premium street pad such as EBC Redstuff. For best results, install the pads on a properly maintained braking system and follow appropriate bedding procedures. This product is an aftermarket brake component from EBC and is not represented as an original-equipment part or as endorsed by the vehicle manufacturer.

• Zero fade, race-developed compound for demanding braking conditions


• Effective braking response from cold without requiring warm-up


• Suitable for compatible street and track driving applications


• High-friction formulation to support stronger high-speed stopping


• Rotor-friendly performance for the intended vehicle applications

Features:

• Compound: Aramid fiber-based Yellowstuff formulation for high-friction braking performance


• Cold Performance: Delivers effective braking response without a required warm-up period


• Heat Performance: Builds additional braking strength during hard or repeated use


• Driving Use: Suitable for compatible street driving and track applications


• Braking Response: Supports improved stopping performance during high-speed braking


• Rotor Compatibility: Designed for rotor-friendly operation within the intended application range