EBC DP3836C Redstuff Ceramic Low Dust Front Brake Pads for 1992-1998 Audi 100

Vehicle Fitment

• 1992-1994 Audi 100 Quattro (2.8L V6)
• 1996-1998 Audi A4 (1.8L I4 Turbo, 2.8L V6)
• 1996-1998 Audi A4 Quattro (1.8L I4 Turbo, 2.8L V6)
• 1995-1997 Audi A6 (2.8L V6)
• 1995-1998 Audi A6 Quattro (2.8L V6)
• 1997-1999 Audi A8 (3.7L V8, 4.2L V8)
• 1996-1998 Volkswagen Jetta (2.0L I4)
• 1996-1998 Volkswagen Golf (2.0L I4)
• 1996-1999 Volkswagen Passat (2.0L I4)

Fitment Notes

• Front axle application only.
• Not compatible with performance trims; verify vehicle specifications before purchase.

Features

• Low dust emission - approximately 60-90% less than standard semi-metallic pads.
• High friction formula for improved braking performance.
• Brake-In surface coating for rapid bed-in and reduced noise.
• Ideal for fast street use and premium sedans.
• Constructed with aramid fibers and ceramic particles for durability.
• Designed to minimize rotor wear.
• Ultra-quiet braking performance.
• ECE R90 approved for safety compliance.

Specifications

• Position: Front
• Material: Ceramic
• Dust Emission: Low
• Noise Level: Low
• Friction Coefficient: Approximately 0.5
• Warranty: 1-year or 10,000 miles

Included Components

• 1x EBC Redstuff Ceramic Low Dust Front Brake Pad Set (2 pads)

Product Description

The EBC DP3836C Redstuff Ceramic Low Dust Front Brake Pads are engineered for performance and comfort, making them an excellent choice for fast street use and premium sedans. These pads feature a high friction formula that delivers improved braking performance over standard semi-metallic pads, while emitting approximately 60-90% less dust to keep your wheels cleaner.

Designed with aramid fibers and ceramic particles, the Redstuff pads offer enhanced durability and reduced rotor wear. The Brake-In surface coating ensures rapid bed-in, leading to ultra-quiet braking performance. With an ECE R90 safety approval, these pads meet stringent European braking standards, providing peace of mind for drivers seeking both performance and safety.