Wilwood 140-16431 GP200 Sprint Car Left Front Driver-Side Brake Kit

The Wilwood 140-16431 GP200 Sprint Car Left Front Brake Kit is designed for the driver-side front brake application on sprint cars. This complete performance brake system combines a lightweight aluminum two-piston caliper with a drilled and scalloped rotor to provide dependable stopping power, consistent pedal response, and effective heat management in demanding racing conditions. The gray anodized finish adds corrosion resistance and a professional appearance while supporting the durability required for competitive use.
The GP200 caliper is engineered for use with the included front rotor and related mounting hardware, providing a focused braking solution for race teams and builders. Its two-piston design helps deliver even pad loading across the rotor surface, while the drilled and scalloped rotor promotes cooling and helps reduce unsprung weight compared with heavier conventional brake components. This kit is intended for the left front, driver-side position and should be installed according to the vehicle manufacturer’s specifications and Wilwood’s recommended procedures.
Wilwood part number 140-16431 is a purpose-built sprint car brake kit for applications where compact packaging, responsive braking, and reliable performance are essential. Verify vehicle compatibility, rotor clearance, wheel fitment, and brake system requirements before installation. Professional installation and proper bedding of the brake pads and rotor are recommended to achieve optimum braking performance. The kit is not air restricted and does not require truck freight service.

Features:

• Brand: Wilwood

• Part Number: 140-16431

• Brake System: GP200 front brake kit

• Application: Sprint car

• Position: Left front, driver side

• Caliper: Two-piston aluminum construction

• Rotor: Drilled and scalloped design

• Finish: Gray anodized

• Included Components: Caliper, rotor, and application-specific brake kit components

• Air Restricted: No

• Truck Freight Only: No