Wilwood 150-45-10420K BP-45 High-Temperature Racing Brake Pad Set for XRZ4R Calipers

Regular price
$272.34 USD
Regular price
$272.34 USD
Sale price
$272.34 USD
Shipping calculated at checkout.

Vendor : WILWOOD

Product Type : Brakes

Sku : WIL150-45-10420K

Hurry! Only
3
units left in stock!

✔ Veteran-Owned Business  |  ✔ Verified Fitment (SEMA Data)  |  ✔ Ships 1–3 Business Days  |  ✔ 30-Day Returns 

Brake Pad Set BP-45 10420 XRZ4R

Upgrade braking performance with the Wilwood 150-45-10420K brake pad set, engineered for demanding racing and high-temperature applications. Featuring Wilwood’s BP-45 compound, these pads deliver high friction and consistent stopping performance when braking systems are subjected to intense heat and repeated use. The compound is designed for drivers and race teams seeking dependable pedal response and friction stability during track sessions.
The Wilwood 150-45-10420K brake pads are made for XRZ4R calipers and are supplied as a complete set of four pads for one brake assembly application. With a pad thickness of approximately 0.80 inches, this set provides a purpose-built replacement solution for compatible Wilwood racing brake systems. Always verify caliper, rotor, and application compatibility before installation to ensure proper fitment and performance.
Designed for competition-focused use, the BP-45 compound offers the high-temperature characteristics needed for demanding motorsport environments. These brake pads are an excellent choice for replacing worn friction material or preparing a compatible XRZ4R caliper system for track use. Install and bed the pads according to the brake manufacturer’s recommendations, and inspect all related braking components before operation.

Features:

  • Brand: Wilwood
  • Part Number: 150-45-10420K
  • Compound: BP-45 high-temperature racing compound
  • Application: Designed for Wilwood XRZ4R calipers
  • Performance: High-friction formulation for demanding braking conditions
  • Quantity: Set of 4 brake pads
  • Use: Suitable for racing and high-temperature track applications