EBC Bluestuff Front Brake Pads High Friction Sport Race Material for 08-10 BMW M3 40 E90

Designed for high-performance braking applications, these front brake pads utilize a high friction sport and race compound engineered for aggressive street driving and select track conditions. The advanced formulation delivers consistent pedal feel and enhanced stopping power under demanding use, making them suitable for vehicles equipped with upgraded multi-piston caliper systems and larger rotors.

Key technical features include:

• High friction coefficient: Ensures superior braking force for improved deceleration and control.
• Optimized for multi-piston calipers: Enhances performance when paired with quality aftermarket calipers that provide better pad release and cooling efficiency.
• Thermal stability: Maintains consistent friction levels at elevated temperatures generated during spirited driving and light track use.
• Reduced brake fade: Minimizes performance loss during repeated heavy braking cycles.
• Durable construction: Engineered to withstand rigorous conditions without compromising pad integrity.

Manufactured by EBC, a reputable name in performance braking technology, these pads exemplify precision engineering and stringent quality control standards.

The friction material's compatibility with aggressive driving styles and enhanced cooling setups makes it an excellent choice for vehicles that demand reliable and repeatable braking performance beyond standard OEM specifications.

Material Composition and Performance Benefits:

• Formulated for enhanced bite and modulation in both street and track environments.
• Engineered to complement larger rotors common in performance brake upgrades.
• Resistant to glazing and wear under high-temperature operation.

These pads are especially effective on vehicles fitted with multi-piston brake calipers, where improved pad release and heat dissipation directly contribute to braking efficiency and component longevity.

Installation should be considered in the context of the entire braking system to optimize performance outcomes, ensuring that rotor size, caliper type, and brake fluid condition support the demands of high friction materials.