EBC DP4936R Yellowstuff Front Brake Pads for 1990-1992 Toyota MR2 SW20

Vehicle Fitment

• 1990-1992 Toyota MR2 (SW20, 2.0L & 2.0L Turbo, Front axle)

Features

• High-friction Yellowstuff aramid fiber compound for superior stopping
• Strong "cold bite" - effective right from installation
• Stable friction levels under heat and repeated heavy braking
• Designed for spirited street use and light track sessions
• Rotor-friendly compound with good fade resistance
• Shimmed and chamfered pad faces help reduce noise and vibration
• Direct OE replacement pads for front brake calipers
• Suitable for street performance and fast road driving

Specifications

• Brand: EBC Brakes
• Part Number: DP4936R
• Fitment Position: Front axle
• Pad Material: High-friction Yellowstuff aramid fiber compound
• Pad Dimensions: Approximately 140 x 52 x 15 mm
• Series: Yellowstuff 4000 Street & Track
• Hardware Included: No
• Wear Sensors Included: No

Included Components

• 1x Front brake pad set (left & right)

Product Description

The EBC DP4936R Yellowstuff Front Brake Pads are a high-performance upgrade designed to replace the factory front brake pads on 1990-1992 Toyota MR2 SW20 models equipped with naturally aspirated and turbocharged 2.0-liter engines. Built with EBC's high-friction Yellowstuff aramid fiber compound, these pads deliver strong stopping power right from cold, improving brake response and pedal feel for spirited street driving and occasional track use.

These Yellowstuff pads offer stable friction under repeated heavy braking and are engineered to work with stock front brake calipers and rotors without modification. Their shimmed and chamfered design helps reduce noise and vibration during operation. Note that this pad set does not include mounting hardware or wear sensors, so reuse your existing components or source replacements if needed during installation. Ideal for enthusiasts looking to enhance braking performance beyond standard OEM pads, DP4936R provides a significant improvement in stopping capability for classic MR2 performance.