Hawk Performance DTC-80 Racing Brake Pads

The Hawk Performance DTC-80 compound represents the pinnacle of Hawk's Dynamic Torque Control brake pad lineup — engineered exclusively for serious competitors and dedicated track enthusiasts who demand maximum stopping power under the most extreme conditions. Developed through decades of motorsports collaboration, the DTC-80 has earned a strong following across road racing, time attack, and high-performance driving events worldwide.

Key Features:

• Extreme High-Friction Compound: Delivers one of the highest coefficients of friction in the Hawk DTC lineup, purpose-built for maximum deceleration performance at race-level speeds
• Superior Fade Resistance: Engineered to maintain consistent bite and modulation even during sustained, elevated operating temperatures generated in true racing environments
• Consistent Pedal Feel: Low-compressibility formulation provides a firm, confidence-inspiring pedal throughout the full operating temperature range
• Broad Rotor Compatibility: Compatible with both cast iron and carbon rotors, offering versatility across a wide range of race-prepared vehicles and platforms
• Competitive Longevity: Advanced compound chemistry delivers durability and reduced wear despite its aggressive friction characteristics
• Minimal Contamination: Relatively clean operation with reduced dust and debris output for its compound aggression level

The DTC-80 compound is purpose-built for competition and closed-course track use only. Its operating temperature range is optimized for the intense heat generated in true racing environments — whether competing in wheel-to-wheel road racing, chasing lap records at time attack events, or pushing the limit at a high-performance driving event. Each set is manufactured to Hawk's rigorous quality standards and is available in application-specific fitments to suit a wide range of race-prepared vehicles.

Important Notice — Competition Use Only: The DTC-80 is designed exclusively for racing and closed-course track applications. Due to its high required operating temperature threshold and aggressive compound characteristics, it is not suitable for street or daily driving use. Always ensure proper brake system warm-up procedures are followed before entering race conditions.