Vehicle Fitment

  • 1985–1991 Honda Prelude (2.0 Si, 2.0 Si 4WS, 2.0 Si ALB, Base)
  • 1989 Honda Accord SEi
  • 1990–1991 Honda CRX Si
  • 1992–2001 Honda Civic (EX, Si, LX, del Sol Si, del Sol VTEC)
  • 1986–2001 Acura Integra (LS, RS, GS, GS-R, Special Edition)
  • 1991–1996 Honda Beat (PP1)

Features

  • HP Plus Ferro-Carbon compound for high friction output
  • Fade-resistant performance under high temperatures
  • Ideal for autocross and track-day applications
  • Low to mid-temperature operating range
  • Smooth and predictable torque delivery
  • Designed for use with iron/metal rotors (not compatible with carbon ceramic rotors)
  • Integrally molded construction without shims
  • Limited lifetime warranty against defects in materials and workmanship

Specifications

  • Part Number: HB350N.496
  • Compound: HP Plus Ferro-Carbon
  • Thickness: 0.496" (12.6 mm)
  • Operating Temperature Range: 37–430°C (100–800°F)
  • Optimal Temperature Range: 150–315°C (300–600°F)
  • Torque Level: High
  • Pad Dimensions: 89 mm width x 37 mm height
  • FMSI Number: D374-7233

Included Components

  • 1x Rear brake pad set (left and right pads)
  • Includes fitting clips per OE specifications

Product Description

The Hawk HB350N.496 HP Plus rear brake pads are engineered for high-performance street and track applications, offering a significant upgrade over stock pads. Utilizing Hawk's proprietary HP Plus Ferro-Carbon compound, these pads deliver an extremely high coefficient of friction, ensuring superior stopping power during autocross and track-day events. The HP Plus compound is designed to be fade-resistant, providing consistent performance under high temperatures.

These pads are ideal for enthusiasts seeking enhanced braking performance without compromising daily driving comfort. The low to mid-temperature operating range ensures smooth and predictable torque delivery, while the integrally molded construction without shims simplifies installation. The HB350N.496 pads are compatible with iron/metal rotors and are not recommended for use with carbon ceramic rotors. With a limited lifetime warranty against defects in materials and workmanship, these pads offer peace of mind for performance-driven drivers.



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