EBC Redstuff Front Brake Pads

2007–2014 Mini Hardtop 1.6 Turbo Cooper S

Part #: DP31789C

Overview

The EBC Redstuff Front Brake Pads are engineered to deliver exceptional braking performance for your Mini Cooper S, especially during spirited street driving. Designed with high-performance driving in mind, these pads provide a reliable and consistent braking experience while minimizing dust and noise. Whether you're tackling daily commutes or pushing your vehicle during weekend drives, the Redstuff pads help support your vehicle's braking needs with enhanced responsiveness and durability.

Ideal for enthusiasts who demand high-quality brake components, the EBC Redstuff pads are perfect for those looking to improve their vehicle's stopping power without sacrificing comfort or cleanliness. Their low dust formulation ensures your wheels stay cleaner longer, making them a popular choice among drivers who value both performance and aesthetics.

Key Features

The EBC Redstuff ceramic brake pads incorporate advanced materials and innovative design features to optimize braking performance and longevity. These pads are constructed with a high-temperature ceramic compound that offers several benefits:

• Low Dust Emission: Reduces brake dust by approximately 80 percent compared to OEM pads, keeping your wheels cleaner and reducing maintenance time.
• High-Performance Friction Material: Provides excellent bite and fade resistance, ensuring consistent braking even under demanding conditions.
• Low Noise Operation: Engineered to operate quietly, minimizing squeal and vibration during braking.
• Durability: Designed to withstand high temperatures, making them suitable for spirited street driving and occasional track use.
• Compatibility: Suitable for high horsepower imports, muscle cars, and European prestige vehicles, offering versatile performance across various applications.
• Easy Installation: Designed as a direct replacement for factory pads, ensuring a straightforward bolt-on upgrade.

Construction & Design

The EBC Redstuff brake pads feature a high-friction ceramic compound bonded to a durable backing plate. The pads are manufactured using precision machining and advanced bonding techniques to ensure a perfect fit and reliable performance. Their low dust ceramic formulation helps reduce brake dust emissions significantly, contributing to cleaner wheels and better overall vehicle appearance. The pads are engineered to operate effectively across a wide temperature range, providing consistent stopping power whether you're cruising or braking hard during spirited driving.

Performance & Sound

These brake pads are designed to deliver strong initial bite and fade resistance, ensuring your braking remains confident and predictable under various conditions. The ceramic composition helps produce a smooth, quiet braking experience, with minimal squeal or vibration. While primarily focused on street performance, the Redstuff pads also support high horsepower applications, making them a versatile upgrade for performance-oriented drivers.

Installation & Fitment

The EBC Redstuff Front Brake Pads are a direct replacement for the factory pads on your Mini Cooper S (2007–2014). Installation is straightforward, with no modifications required. The pads utilize OEM mounting points and hardware, allowing for a quick and hassle-free upgrade. No special tools or tuning are necessary, making them suitable for both DIY enthusiasts and professional installers.

• Bolt-on installation with OEM mounting hardware
• No cutting, drilling, or tuning required

What's Included

• Front brake pads (pair)
• Installation hardware (if applicable)

Ideal For

• Street drivers seeking improved braking performance
• Enthusiasts wanting low dust and cleaner wheels
• High horsepower import and European vehicle owners
• Drivers who prioritize reliability and quiet operation

Emissions Note

The EBC Redstuff ceramic brake pads are designed for street use and are compliant with emissions standards, providing a clean and environmentally friendly braking solution for your vehicle.