Wilwood 260-15091 GS Compact Master Cylinder, 0.750-Inch Bore, Remote Reservoir
- Regular price
- $82.56 USD
- Regular price
-
$85.45 USD - Sale price
- $82.56 USD
- Unit price
- per
Vendor : WILWOOD
Product Type : Brakes
Sku : WIL260-15091
Couldn't load pickup availability
✔ Veteran-Owned Business | ✔ Verified Fitment (SEMA Data) | ✔ Ships 1–3 Business Days | ✔ 30-Day Returns
The Wilwood 260-15091 GS Compact Master Cylinder is designed for performance braking applications that require dependable hydraulic control in a compact package. Its 0.750-inch bore and 1.25-inch stroke provide responsive pedal operation and consistent fluid displacement, making it a practical choice for custom vehicles, race cars, and other specialized braking systems. This master cylinder kit includes a remote reservoir for flexible installation and simplified fluid management.
Finished with durable black paint, the aluminum construction helps provide a strong balance of lightweight performance and corrosion resistance. The GS Compact design supports installations where available space is limited without sacrificing the precise actuation expected from Wilwood components. Use this master cylinder with a properly matched brake system to help achieve the desired pedal feel and braking response.
The Wilwood 260-15091 master cylinder is supplied as a complete kit and is suitable for applications requiring a remote-reservoir configuration. Confirm bore size, stroke, mounting arrangement, fluid compatibility, and system requirements before installation. Professional installation and proper brake-system bleeding are recommended to ensure reliable operation and safe performance.
Features:
- Brand: Wilwood
- Part Number: 260-15091
- Application: GS Compact master cylinder for performance and custom braking systems
- Bore Size: 0.750-inch bore
- Stroke: 1.25 inches
- Reservoir: Remote reservoir configuration
- Material: Lightweight aluminum construction
- Finish: Black painted finish
- Configuration: Complete master cylinder kit
- Installation: Compact design for space-conscious applications

