EBC DP3689C Redstuff Ceramic Brake Pads for BMW E36 M3, E32 735i, E34 540i,

Vehicle Fitment

• 1992-1995 BMW M3 (E36) 3.0L
• 1988-1992 BMW 735i (E32) 3.4L
• 1993-1995 BMW 740i (E32) 4.0L
• 1994-1995 BMW 530i (E34) 3.0L
• 1994-1995 BMW 540i (E34) 4.0L
• 1998-2002 BMW Z3 Roadster (E36/7) 1.9L-3.0L
• 1998-2002 BMW Z3 M Roadster (E36/7) 3.2L
• 1999-2002 BMW Z3 Coupe (E36/8) 2.8L-3.0L
• 1999-2002 BMW Z3 M Coupe (E36/8) 3.2L
• 2006-2008 BMW Z4 M Roadster (E85) 3.2L

Features

• Low-dust ceramic formula reduces brake dust by approximately 50%
• High friction coefficient (0.5) for improved braking performance
• Brake-In surface coating accelerates pad bed-in process
• Designed for fast street use and premium sedans
• Ideal for European vehicle brake upgrades
• High friction, low heat fade characteristics
• Easy installation with OEM fitment
• Beveled edges and center-line slot reduce noise

Specifications

• Material: Ceramic
• FMSI Pad Number: D394
• Rotor Diameter: 302mm
• Pad Dimensions: 156mm x 63mm x 19mm
• Caliper Type: OEM
• Position: Front
• Drivetrain Compatibility: RWD

Included Components

• 1x EBC DP3689C Redstuff Ceramic Brake Pad Set (2 pads)

Product Description

The EBC DP3689C Redstuff Ceramic Low Dust Brake Pad Set is engineered for high-performance street use, offering superior braking power and reduced dust emissions. Designed specifically for various BMW models, these pads provide an ideal balance between performance and daily driving comfort.

Featuring a full ceramic composition with aramid fiber-based materials, these pads deliver enhanced braking performance while minimizing noise and rotor wear. The low dust formula reduces brake dust by approximately 50%, keeping your wheels cleaner for longer periods. Additionally, the Brake-In surface coating ensures a quick and safe bed-in process, allowing for optimal braking performance from the first drive.

Whether you're commuting or engaging in spirited driving, the EBC DP3689C Redstuff Ceramic Brake Pad Set offers the reliability and performance you demand.