• EBC RP-X Rear Brake Pads | BMW M3 (07-13) / 1 Series (11-13) (DP81451RPX)
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EBC RP-X Rear Brake Pads | BMW M3 (07-13) / 1 Series (11-13) (DP81451RPX)

EBC RP-X Rear Brake Pads | BMW M3 (07-13) / 1 Series (11-13) (DP81451RPX)

DP81451RPX

In stock

$194.86 USD
$230.04 USD $194.86 USD
ADDITIONAL DISCOUNTS APPLIED AT CHECKOUT Sold out

The EBC Racing RP-X Rear Brake Pads are high-performance brake components designed for demanding driving conditions. Crafted with EBC's RP-X compound, these pads deliver ultra-high performance suitable for track use and racing applications. They feature a stable friction coefficient of 0.55 mu that remains consistent up to and beyond 850°C, ensuring reliable stopping power during intense driving. Constructed for durability and heat resistance, these brake pads are engineered to withstand the rigors of high-speed braking while maintaining optimal performance. Their design provides excellent modulation and fade resistance, making them ideal for performance vehicles pushed to the limit on the track or during spirited driving.

Specifically designed for the 2008-2010 BMW M3 E90 with a 4.0L engine, these RP-X rear brake pads serve as a direct replacement for stock components. They are intended for track days, racing, or aggressive street driving, offering superior braking performance over standard pads. Installation is straightforward, fitting seamlessly into the original calipers without modification. The kit includes the necessary pads for the rear axle, ensuring a complete upgrade. These brake pads are suitable for enthusiasts seeking maximum stopping power and heat resilience in high-performance driving scenarios.

Overview

EBC Racing

Fits 2008–2010 BMW M3 E90 4.0L

Part #: DP81451RPX

Overview

The EBC RP-X Rear Brake Pads are engineered for high-performance driving and racing applications. Designed specifically for the BMW M3 E90 from 2008 to 2010 with a 4.0L engine, these brake pads deliver exceptional stopping power and durability under demanding conditions. Whether you're taking your vehicle to the track or pushing it hard on spirited drives, these pads help ensure consistent, reliable braking performance. Crafted for enthusiasts who demand the best, they provide a combination of high friction stability and heat resistance, making them ideal for performance vehicles driven aggressively.

Key Features

Designed with a specialized racing compound, the RP-X pads feature a high-friction formulation that maintains a stable coefficient of 0.55 mu even beyond 850°C. The durable material ensures long-lasting performance with excellent fade resistance during intense braking. The pads are engineered to provide predictable pedal feel and consistent response, helping drivers achieve optimal control during high-speed maneuvers. Their construction supports aggressive driving styles while maintaining reliability and safety.

Construction & Design

The RP-X compound is formulated with advanced friction materials that are optimized for track and race use. The pads feature a robust backing plate designed for thermal stability and structural integrity, ensuring they withstand the rigors of high-performance braking. The precise manufacturing process guarantees uniformity and reliable fitment for the specified vehicle.

Driving Feel & Feedback

These brake pads offer a firm, confident pedal feel with excellent modulation, allowing for precise control during aggressive driving. The stable friction characteristics help reduce brake fade and maintain consistent stopping power, enhancing driver confidence on the track or during spirited driving sessions.

Installation & Fitment

Designed as direct replacement for the rear brakes of the BMW M3 E90 (2008–2010), these pads are straightforward to install with standard tools. Proper bedding-in is recommended to maximize performance and longevity.

What’s Included

The package includes a set of rear brake pads crafted from the RP-X racing compound, ready for installation on your vehicle. Hardware or additional components are not included and may require transfer from existing parts.
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