DFC Mazda Mazdaspeed3 Rear Active Performance Brake Pads and Hardware Kit (Part Number: DFC1115-1095-01)

• Delivers Unmatched Braking Performance, Pedal Response, And Superb Brake Control Under All Conditions
• Outstanding Modulation, Threshold Control, And Release Characteristics
• High Resistance To Brake Fade At High Operating Temperature Ranges
• Offers High Friction Coefficient And Low Compressibility
• Extremely High Torque With Aggressive Initial Bite
• Excellent Friction Stability And Consistency
• High Friction Formulation

The DFC Mazda Mazdaspeed3 Rear Active Performance Brake Pads and Hardware Kit is engineered to deliver exceptional braking performance for your vehicle. Designed with high-friction formulation, these brake pads provide a high coefficient of friction and low compressibility, ensuring reliable stopping power. The kit features an aggressive initial bite coupled with extremely high torque, which translates into prompt and confident braking responses. Its outstanding modulation, threshold control, and release characteristics allow for precise brake control in all driving conditions.
Durability is a key feature of these performance pads, with high resistance to brake fade even at elevated operating temperatures. This ensures consistent braking performance during intense driving or extended use, making them ideal for spirited driving or demanding road conditions. The hardware kit complements the pads with quality components that support optimal installation and longevity.
Built by DFC, these pads are suitable for use on Mazda Mazdaspeed3 models from 2007 to 2013. They are not only engineered for high performance but also designed to maintain friction stability across a range of temperatures, providing dependable stopping power every time. Whether you're upgrading your existing braking system or replacing worn components, this kit offers a reliable solution that enhances your vehicle's safety and responsiveness.

Features:

• Delivers unmatched braking performance and pedal response under all conditions

• Outstanding modulation, threshold control, and release characteristics

• High resistance to brake fade at elevated operating temperatures

• Offers high friction coefficient and low compressibility

• Extremely high torque with aggressive initial bite

• Excellent friction stability and consistency

• High friction formulation for reliable braking