Wilwood 150-28-7816K Billet Dynapro Brake Pad Set with BP-28 Compound and Medium-High Friction

Wilwood 150-28-7816K Billet Dynapro Brake Pad Set with BP-28 Compound and Medium-High Friction

$195.15
Sale price  $195.15 Regular price 
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Wilwood 150-28-7816K Billet Dynapro Brake Pad Set with BP-28 Compound and Medium-High Friction

Wilwood 150-28-7816K Billet Dynapro Brake Pad Set with BP-28 Compound and Medium-High Friction

$195.15
Sale price  $195.15 Regular price 
Pad Set BP-28 7816 Billet Dynapro Nrw Mnt

The Wilwood 150-28-7816K Billet Dynapro Brake Pad Set is engineered for high-performance braking under demanding conditions. These brake pads feature the BP-28 compound, designed to deliver reliable medium-high friction and exceptional performance at elevated temperatures. Measuring approximately 15.2 mm in thickness, these pads are suitable for various racing and high-performance applications where durability and consistent braking are essential. The billet construction ensures enhanced heat dissipation and structural integrity, making them ideal for aggressive driving and track use. This set includes four pads, providing a complete solution for front or rear wheel installations. Compatible with a wide range of vehicles, these brake pads are designed for universal fitment, ensuring versatility across different setups. The high-temperature resistance of these pads allows for prolonged braking performance without fading, even during intense driving sessions. Made by Wilwood, a trusted name in racing and high-performance brake components, these pads are a reliable choice for enthusiasts seeking superior braking power and longevity.

Features:

  • High-Temperature BP-28 Compound: Designed for durability and consistent performance under extreme heat.
  • Medium-High Friction: Provides effective stopping power suitable for racing and high-performance driving.
  • 15.2 mm Thickness: Ensures ample material for long-lasting use and effective heat management.
  • Billet Dynapro Construction: Offers superior heat dissipation and structural strength for demanding conditions.
  • Universal

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