DFC 93-98 Toyota Supra Rear Active Performance Brake Pads - Low Metallic

• 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 93-98 Toyota Supra Rear Active Performance Brake Pads provide exceptional braking performance tailored for the demanding conditions of high-performance driving. Designed with a high friction formulation, these pads deliver outstanding modulation, threshold control, and consistent brake response under various driving scenarios. Their aggressive initial bite ensures rapid engagement, while the high torque output offers confident stopping power. The low metallic composition enhances durability and friction stability, reducing brake fade even during extended use. Crafted for enthusiasts and professionals alike, these pads are engineered to maintain excellent pedal feel and reliable performance over time. Installation is straightforward, making them a practical upgrade for your Supra's braking system. Whether you're on the street or track, they deliver consistent, high-quality stopping power, ensuring safety and confidence in every drive. The DFC brand is known for precision and durability, making these pads a trusted choice for Toyota Supra owners seeking optimal braking performance. These performance brake pads are compatible with the 1993 through 1998 Toyota Supra models and are an essential upgrade for those looking to enhance their vehicle’s braking capabilities without compromise.

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 for reliable stopping power