EBC DP42431R Rear Yellowstuff Brake Pads for 2020-2025 Toyota GR Yaris (1.6)

Vehicle Fitment

• 2020-2025 Toyota GR Yaris (GXPA16, 1.6L G16E-GTS, RWD) - rear pads

Features

• High-friction Yellowstuff compound for enhanced stopping power
• Excellent cold-bite performance right from first use
• R90 type approval for legal road use in many regions
• Brake-In™ surface coating to speed pad bedding-in
• Aramid fiber construction for thermal stability under load
• Pre-shimmed, chamfered, and slotted for quiet, smooth braking
• Improved pedal feel and modulation over OEM pads
• Designed for spirited street driving and occasional track use

Specifications

• Part Number: DP42431R
• Series: EBC Yellowstuff high-performance brake pads
• Position: Rear axle
• Pad Dimensions: ~75.0 mm x 71.4 mm x 14.6 mm (AxBxThickness)
• Material: Aramid fiber high-friction compound
• R90 Approved: Yes
• Application: Toyota GR Yaris 1.6L turbocharged engine rear brakes

Included Components

• 1x set of rear brake pads (enough for rear axle)

Product Description

The EBC DP42431R Rear Yellowstuff Brake Pads are a performance-oriented upgrade specifically engineered for the Toyota GR Yaris (GXPA16) with the 1.6L G16E-GTS engine. Using EBC's high-friction Yellowstuff compound, these pads deliver significantly stronger braking force compared to standard OE pads, especially from cold starts, making them ideal for high-performance street driving and occasional track use. Their aramid fiber construction offers stable friction levels even under elevated temperatures, while the Brake-In™ surface treatment assists in bed-in right after installation.

Designed to fit the rear calipers of the GR Yaris, the Yellowstuff pads are R90 approved for road legality in many regions and incorporate chamfered edges, shims, and slots to reduce noise and enhance smooth braking. They are a strong choice for drivers seeking improved pedal feel, shorter stopping distances, and overall more confidence-inspiring brake performance over stock pads. Proper bedding-in is recommended to fully realize the compound's potential.