Wilwood Alum Tandem Master Cylinder 0.875 Inch Bore with Integral Reservoir

Wilwood Alum Tandem Master Cylinder 0.875 Inch Bore with Integral Reservoir

$263.89
Sale price  $263.89 Regular price 
Skip to product information
Wilwood Alum Tandem Master Cylinder 0.875 Inch Bore with Integral Reservoir

Wilwood Alum Tandem Master Cylinder 0.875 Inch Bore with Integral Reservoir

$263.89
Sale price  $263.89 Regular price 

Part number: WIL260-9439

Currently unavailable

Not sure it fits? Ask LTAC

Eligible in-stock orders placed before 2 p.m. Eastern, Monday–Friday, ship the same day.

Fast shipping. Clear expectations.

FedEx two-business-day delivery is available on eligible items and destinations. Handling and transit times are separate; weekends, holidays, backorders and special-order items may take longer. Confirm eligibility before ordering.

Shipping details · Returns

Alum Tandem M/C .875in Bore

The Wilwood Alum Tandem Master Cylinder with a 0.875 inch bore is designed for reliable brake system operation in various automotive applications. Constructed from high-quality aluminum, this master cylinder offers durability and resistance to corrosion, making it suitable for both street and off-road vehicles. Its integral reservoir simplifies installation and maintenance, providing a streamlined design that reduces clutter and potential leak points. The tandem configuration ensures improved brake performance and safety by providing dual circuit functionality, which can help maintain braking capability even if one circuit fails. This master cylinder is ideal for custom builds, restorations, or upgrades where precise brake control and durability are essential.

Features:

  • Bore Diameter: 0.875 inches for precise brake pressure
  • Stroke Length: 1.100 inches for consistent pedal feel
  • Material: Aluminum for strength and corrosion resistance
  • Reservoir: Integral design for ease of installation and maintenance
  • Configuration: Tandem master cylinder for dual circuit braking
  • Compatibility: Suitable for various vehicle types requiring reliable brake performance

You may also like