DFC 00-11 Acura RSX Front Active Performance Brake Pads and Hardware Kit

• 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 00-11 Acura RSX Front Active Performance Brake Pads and Hardware Kit offers exceptional braking performance designed to deliver precise pedal response and superior control under all driving conditions. Built with high-friction formulations, these pads ensure excellent modulation, threshold control, and smooth release characteristics, providing a confident braking experience during daily driving or spirited driving sessions. The hardware kit complements the pads, ensuring proper fitment and optimal brake system operation for your Acura RSX. Constructed with materials that resist brake fade even at elevated temperatures, this kit maintains consistent friction and reliable stopping power over extended use. Engineered for durability, the brake pads feature an aggressive initial bite and high torque output, enabling responsive braking in critical situations. These performance pads are designed to withstand high operating temperatures, reducing the risk of fade and maintaining performance integrity over time. Suitable for enthusiasts and daily drivers alike, this comprehensive kit enhances your vehicle’s braking system with high-quality components that prioritize safety, reliability, and consistent performance.

Features:

• 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 temperatures

• Offers high friction coefficient and low compressibility

• Extremely high torque with aggressive initial bite

• Excellent friction stability and consistency

• High friction formulation