EBC DP31326C Redstuff Ceramic Brake Pads Rear for 00-08 Toyota Celica/Corolla

Vehicle Fitment

• 2000-2005 Toyota Celica (ZZT230/ZZT231, 1.8L I4, FWD)
• 2003-2008 Toyota Corolla (E120/E130, 1.8L I4, FWD)
• 2003-2008 Toyota Matrix (E130, 1.8L I4, FWD)
• 2003-2008 Pontiac Vibe (1.8L I4, FWD)

Fitment Notes

• Rear axle application only
• Fits vehicles with standard OEM rear disc brake systems
• Not compatible with upgraded or performance brake calipers
• Pad shape FMSI D823 application (verify before installation)

Features

• Redstuff ceramic compound for low-dust street performance braking
• Improved braking power over OEM pads (up to ~20-30% increase)
• Ultra-low dust formulation reduces wheel contamination
• Stable friction performance across daily driving temperatures
• Reduced rotor wear compared to aggressive semi-metallic pads
• Thermally treated surface for faster bedding-in
• Quieter operation with reduced squeal under normal driving
• High resistance to brake fade under repeated stops

Specifications

• Part Number: DP31326C
• Series: Redstuff Ceramic (Low Dust Performance)
• Position: Rear
• FMSI Pad Shape: D823
• Pad Material: Aramid Fiber Ceramic
• Rotor Compatibility: OEM-style cast iron discs
• Operating Temperature: Street performance range (~0-650°C)
• Brake Type: Disc

Included Components

• 1x Rear Brake Pad Set (4 pads total)

Product Description

The EBC DP31326C Redstuff ceramic brake pads are designed for drivers seeking a premium low-dust braking upgrade for everyday street use. Engineered with EBC's Redstuff compound, these pads deliver improved stopping performance compared to OEM pads while significantly reducing brake dust buildup on wheels. This makes them particularly suitable for performance-oriented daily drivers who want cleaner wheels without sacrificing braking efficiency.

Built for a wide range of Toyota and Pontiac compact platforms, the DP31326C offers stable friction performance across varying temperatures and driving conditions. The ceramic-based formulation helps reduce rotor wear while maintaining quiet, smooth braking characteristics. With thermally treated surfaces for faster bedding-in and consistent pedal feel, these pads provide a balanced combination of performance, comfort, and cleanliness for street-driven vehicles.