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HAWK performance

Hawk Brake Pad ER-1 HB105D.620

Hawk ER-1 brake pads are engineered for endurance racing, offering a higher coefficient of friction than competing compounds while maintaining exceptional lifespan. With outstanding thermal stability up to 870°C and consistent performance hour after hour, ER-1 is ideal for endurance racing, HPDE, time trials, and sprint events.

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At the latest: 11. 5.

373,40 € tax incl.

HB105D.620   

840653059020

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Otázka k produktu

Hawk Brake Pad ER-1 HB105D.620

Hawk Brake Pad ER-1 HB105D.620

Hawk ER-1 brake pads are engineered for endurance racing, offering a higher coefficient of friction than competing compounds while maintaining exceptional lifespan. With outstanding thermal stability up to 870°C and consistent performance hour after hour, ER-1 is ideal for endurance racing, HPDE, time trials, and sprint events.

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Hawk Brake Pad ER-1 HB105D.620

Hawk Brake Pad ER-1 HB105D.620

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Hawk ER-1 brake pads are engineered for endurance racing, offering a higher coefficient of friction than competing compounds while maintaining exceptional lifespan. With outstanding thermal stability up to 870°C and consistent performance hour after hour, ER-1 is ideal for endurance racing, HPDE, time trials, and sprint events.

Developed by Hawk Performance specifically for endurance racing, ER-1 brake pads deliver a higher coefficient of friction than competing compounds while maintaining equal or improved lifespan. After years of rigorous testing at top-tier U.S. racing events, ER-1 offers exceptional modulation, pedal communication, and groundbreaking thermal stability up to 870°C (1600°F). Consistent performance lap after lap makes it a top choice for endurance racing, HPDE, track days, time trials, and even sprint racing.

  • Specific emphasis on modulation, release, and pedal communication
  • Ideal for light-to-medium weight vehicles in HPDE, track days, time trials, or endurance racing
  • Higher coefficient of friction than competing endurance pads, with matched or improved lifespan
  • Superior pad & rotor wear
  • Consistent medium-to-high friction
  • Medium to high torque
  • Not compatible with carbon ceramic rotors
  • Designed for use with Iron/Metal rotors
  • 200–870°C (400–1600°F) operating temperatures
  • 370–590°C (700–1100°F) optimal temperatures

 

Tech. Info:

Reference: HB105D.620

Weight: 2.04

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