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Hawk Performance

Hawk HB105F.620 HPS High Performance Street Brake Pads 0.620"

Regular price
$227.69
Regular price
$252.99
Sale price
$227.69
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In Stock: 10

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Product Specification:

SKU:HAWKHB105F.620

MPN: HB105F.620

UPC: 840653013725

Weight: 5.0 lb

Inventory: 10

Type: Brake Pads - Performance



Features

  • High Performance Street (HPS) compound for enhanced stopping power
  • Higher friction over stock pads for improved braking performance
  • Smooth, predictable pedal feel under everyday and spirited driving
  • Reduced brake fade in moderate temperature ranges
  • Lower dust output compared to many performance pads
  • Gentle on iron/metal rotors to extend rotor life
  • Consistent brake release characteristics for confidence-inspiring stops
  • Compatible with OEM and aftermarket calipers rated for 0.620" pads

Specifications

  • Part Number: HB105F.620
  • Compound: HPS High Performance Street (Ferro-Carbon)
  • Pad thickness: 0.620" (≈15.7 mm)
  • Operating temperature range: ~37-370 °C (100-700 °F)
  • Optimal temperature range: ~37-260 °C (100-500 °F)
  • Torque level: Low-mid performance
  • Rotor compatibility: Iron/metal rotors only
  • Not compatible with carbon ceramic rotors

Included Components

  • 2x Brake pads (left and right - set for one axle)

Product Description

The Hawk HB105F.620 High Performance Street HPS Brake Pads are engineered for drivers who want a **street-friendly upgrade** over standard replacement pads. Built with Hawk's HPS compound, these pads deliver **20-40% more stopping power** than many OEM pads while maintaining smooth pedal control and reduced brake fade in everyday driving conditions.

These HPS pads are designed to be gentle on iron and metal rotors, helping extend both pad and rotor life while reducing dust output and noise. Their balanced friction characteristics make them well-suited for spirited street driving, daily commuting, and performance-oriented applications that don't demand full race compounds. Note that this part is optimized for iron/metal rotor systems and is **not compatible with carbon ceramic brake rotors**.

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