Wilwood Swing Mount Tandem Clutch/Brake Pedal w/Remote MC

Brake Pedal Assembly

Swing Mount Tandem Brake and Clutch Pedal-Adjustable Ratio

• Adjustable ratio brake pedal and clutch pedal combo, in a forward swing hanging assembly
• Pedal head adjusts vertically to provide a 6.25, 6.63, or 7.00:1 ratio for more feel or less pedal effort
• A clutch master cylinder and tandem brake master cylinder mount to the assembly through the firewall
• The non-skid waffled pedal pads can be laterally adjusted to be from 3 to 5 inches on center for driver preference
• The pedals feature a lightweight aluminum frame, with high strength reinforced I-beam style forged pedal arms
• A pin and clevis pushrod attachment system ensures the smallest possible misalignment angle for bind free operation through the entire range of travel
• This pedal accepts a 2.25 inch vertical mount flange single outlet master cylinder for the clutch, and a Wilwood 3.25 inch horizontal flange tandem master cylinder for the brakes

Remote Master Cylinder

Six different bore sizes and four different installation configurations are available in this master cylinder kit. Precision machined from high strength aluminum, this kit includes both small and large size reservoirs which can be mounted for more convenient service access. Standard mounting bolt hole configurations provide easy applications for racing and off road vehicles, specialty cars, recreation and industrial vehicles.

Bore sizes available include: 5/8", 3/4", 7/8", 13/16", 1", 1-1/8".

• Includes small and large reservoirs which can be direct or remote mounted
• Aluminum cylinder with plastic reservoir tank
• Mounting flange is a vertical pattern on a 2-1/4" on center
• Master cylinder has a single 3/8-24 brake line outlet
• The two side mount holes are 3" from center to center

Learn more about selecting the proper master cylinder for your vehicle by reading our tech article. Brake System Selection.

70174 Instructions(PDF)

• .625" = 5/8"
• .750" = 3/4"
• .875" = 7/8"
• .8125" = 13/16"
• 1.00" = 1"
• 1.125" = 1-1/8"