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Authorized Brand Dealer
Fulfillment From Multiple U.S. Warehouses
Enthusiast Owned & Supported
Easy Financing Available!
Authorized Brand Dealer
Fulfillment From Multiple U.S. Warehouses
Enthusiast Owned & Supported
Easy Financing Available!
Authorized Brand Dealer
Fulfillment From Multiple U.S. Warehouses
Enthusiast Owned & Supported
Easy Financing Available!
Authorized Brand Dealer
Fulfillment From Multiple U.S. Warehouses
Enthusiast Owned & Supported
Easy Financing Available!
Authorized Brand Dealer
Fulfillment From Multiple U.S. Warehouses
Enthusiast Owned & Supported
Easy Financing Available!
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EBC
EBC Brakes Redstuff Ceramic Front Brake Pads for 2021-2026 Audi RS6 and RS7 (4.0L) DP32492C
This product will be available for sale in 2 weeks, but you can pre-order now to receive 10% discount!
Fits 2021-2026 Audi RS6 Avant and RS7 Sportback (4.0L).
EBC Redstuff Ceramic brake pads are engineered for high-performance street use, offering a significant upgrade over factory semi-metallic pads. This synthetic fiber compound is enhanced with ceramic particles to provide excellent stopping power while maintaining one of the lowest dust profiles in the EBC Brakes range. The formula is free from steel fiber particles, making any minimal dust easy to clean without the risk of damaging wheel finishes.
Designed for heavy, fast cars, these pads have been shown to reduce stopping distances by up to 13 meters from 100mph compared to original equipment. Each pad features EBC’s proprietary Brake-In surface coating, which conditions the rotor surface and accelerates the bed-in process. Note that due to the hard-wearing nature of this ceramic compound, full bed-in may take up to 1,000 miles to achieve maximum performance and quiet operation.
- Manufacturer Part Number: DP32492C
- Low-dust ceramic-enhanced synthetic fiber compound (up to 60-90% reduction)
- Nominal friction coefficient of 0.5
- ECE R90 brake safety regulation approved
- Reduces stopping distances compared to OE pads
- Includes Brake-In coating for faster seating to rotors
🔧 Fitment & Compatibility
| Year | Make | Model | Submodel |
|---|---|---|---|
| 2021-2023 | Audi | RS6 Avant | Base |
| 2025 | Audi | RS6 Avant | GT |
| 2024-2026 | Audi | RS6 Avant | Performance |
| 2021-2023 | Audi | RS7 Sportback | Base |
| 2024-2026 | Audi | RS7 Sportback | Performance |
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EBC Brakes Redstuff Ceramic Front Brake Pads for 2021-2026 Audi RS6 and RS7 (4.0L) DP32492C
This product will be available soon, but you can pre-order now to get on the list before others!
US Based Support - In Florida
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Fits 2021-2026 Audi RS6 Avant and RS7 Sportback (4.0L).
EBC Redstuff Ceramic brake pads are engineered for high-performance street use, offering a significant upgrade over factory semi-metallic pads. This synthetic fiber compound is enhanced with ceramic particles to provide excellent stopping power while maintaining one of the lowest dust profiles in the EBC Brakes range. The formula is free from steel fiber particles, making any minimal dust easy to clean without the risk of damaging wheel finishes.
Designed for heavy, fast cars, these pads have been shown to reduce stopping distances by up to 13 meters from 100mph compared to original equipment. Each pad features EBC’s proprietary Brake-In surface coating, which conditions the rotor surface and accelerates the bed-in process. Note that due to the hard-wearing nature of this ceramic compound, full bed-in may take up to 1,000 miles to achieve maximum performance and quiet operation.
- Manufacturer Part Number: DP32492C
- Low-dust ceramic-enhanced synthetic fiber compound (up to 60-90% reduction)
- Nominal friction coefficient of 0.5
- ECE R90 brake safety regulation approved
- Reduces stopping distances compared to OE pads
- Includes Brake-In coating for faster seating to rotors
🔧 Fitment & Compatibility
| Year | Make | Model | Submodel |
|---|---|---|---|
| 2021-2023 | Audi | RS6 Avant | Base |
| 2025 | Audi | RS6 Avant | GT |
| 2024-2026 | Audi | RS6 Avant | Performance |
| 2021-2023 | Audi | RS7 Sportback | Base |
| 2024-2026 | Audi | RS7 Sportback | Performance |
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