EBC DP31538C Redstuff Ceramic Rear Brake Pads for 1997-08 Mitsubishi Lancer Evo

Vehicle Fitment

• 1997-1999 Mitsubishi Lancer Evolution V (2.0L Turbo, Rear)
• 1998-2001 Mitsubishi Lancer Evolution VI (2.0L Turbo, Rear)
• 2000-2003 Mitsubishi Lancer Evolution VII (2.0L Turbo, Rear)
• 2002-2005 Mitsubishi Lancer Evolution VIII (2.0L Turbo, Rear)
• 2005-2008 Mitsubishi Lancer Evolution IX (2.0L Turbo, Rear)

Features

• EBC Redstuff 3000 Series ceramic low-dust premium compound
• Improved rear braking performance over many OEM pads
• Significantly reduced brake dust for cleaner wheels
• Red "Brake-In" surface coating accelerates bedding-in
• Rear axle pad set engineered for direct OE replacement fitment
• Quiet operation with smooth engagement and minimal noise
• Rotor-friendly design helps extend disc life
• ECE R-90 compliant for legal road use where applicable

Specifications

• Part number: DP31538C
• Series: Redstuff 3000 Series ceramic pads
• Placement: Rear axle
• Material: Ceramic/aramid friction blend
• Pad dimensions approx: 76 mm x 65 mm x 14 mm
• FMSI pad ID: D961
• Low dust and rotor-friendly design
• Designed for OEM rear Brembo caliper systems

Included Components

• 1x Set of rear brake pads (4 pads - left & right)

Product Description

The EBC DP31538C Redstuff Ceramic Rear Brake Pads are premium low-dust performance pads engineered for Mitsubishi Lancer Evolution models from the Evo V through Evo IX (1997-2008). Featuring EBC's Redstuff 3000 Series ceramic compound, these pads deliver stronger rear braking performance compared with many OEM pads while producing much less brake dust, helping keep wheels cleaner between washes. Their ceramic-enhanced friction mix and red Brake-In surface coating promote confident stopping power and quicker bedding-in after installation.

Designed specifically for rear axle use with the OEM Brembo caliper systems on Lancer Evolution variants, the DP31538C pads bolt on directly and provide dependable street braking confidence for daily driving and spirited road use. Their rotor-friendly and low-dust characteristics make them an ideal upgrade for performance enthusiasts seeking enhanced rear brake feel without excessive pad debris.