Skip to product information
1 of 1

Wilwood

Wilwood 160-14636-BK SRP Drilled/Slotted 15in Rotor Left Hand Side

Regular price
$542.53
Regular price
$585.93
Sale price
$542.53
Shipping calculated at checkout.

In Stock: 0

Orders by 1pm PST ship same business day

Free Shipping w/3-4 Day Delivery

Authorized Dealer

Fitment Guarantee

30-Day Hassle Free Returns


Product Specification:

SKU:WIL160-14636-BK

MPN: 160-14636-BK

UPC: 889545081718

Weight: 25.5 lb

Type: Brake Rotors - 2 Piece



Description

Vehicle Fitment

  • Universal - for custom big brake builds; fitment determined by bolt pattern and caliper, not vehicle

Fitment Notes

  • Left/driver side only - order the matching right-hand rotor (160-14635-BK) for a complete axle set
  • 12-bolt x 8.75" bolt circle

Features

  • Directional cross-drilled and slotted pattern improves brake response across light to heavy braking
  • Venting and cleaning action reduces pad glaze and disperses heat and gas buildup
  • Inhibits irregular pad compound buildup for smoother engagement
  • GT curved vane design aids heat dissipation
  • Premium grade Spec-37 heavy wall iron casting
  • Reduced rotating and unsprung weight from material removal

Specifications

  • Position: Left Hand
  • Diameter: 15"
  • Thickness: 1.25"
  • Bolt pattern: 12 x 8.75"
  • Vane type: Curved (72 CV)
  • Material: Spec-37 Iron
  • Finish: Black E-coat

Included Components

  • 1x SRP Drilled/Slotted Performance Rotor (Left Hand, 15")

Product Description

The Wilwood 160-14636-BK is the left-hand match to Wilwood's 15" SRP performance rotor, built with the same directional cross-drilled and slotted face pattern that keeps braking consistent from street driving through heavy track sessions. The holes and slots vent heat and gas from the pad-to-rotor interface while resisting uneven pad compound buildup.

Cast from premium Spec-37 iron with a GT curved vane design, it pairs with the 160-14635-BK right-hand rotor to complete a matched big brake axle set, shedding some rotating weight along the way compared to a solid rotor.

User 1