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Wilwood 140-7140-R Forged Dynalite Rear Parking Brake Kit Big Ford New Style

$795.99 ~~$852.99~~

Forged Dynalite Rear Parking Brake Kit

Rear End: Big Ford New Style

Axle Offset: 2.5"

4 Piston Calipers (Powdercoated Red)

12.19" Solid Vented Rotors

Overview

Brand:

Wilwood Disc Brakes

Manufacturer's Part Number:

140-7140-R

Part Type:

Disc Brake Kits

Product Line:

Wilwood Forged Dynalite Rear Parking Brake Kits

Summit Racing Part Number:

WIL-140-7140-R

UPC:

889545023367

Position:

Rear

Front Rotor Included:

Brake Rotor Bolt Pattern (in.):

Triple 5 x 4.50 in./5 x 4.75 in./5 x 5.00 in.

Brake Rotor Bolt Pattern (mm):

Triple 5 x 114.30mm/5 x 120.65mm/5 x 127.00mm

Rear Rotor Included:

Yes

Rear Rotor Style:

Solid surface

Rear Rotor Construction:

Vented

Rear Rotor Diameter:

12.19 in./309.63mm

Rear Rotor Thickness (in.):

0.81

Front Caliper Included:

Rear Caliper Included:

Yes

Rear Caliper Piston Quantity:

Four

Rear Caliper Material:

Forged billet aluminum

Rear Caliper Color:

Red powdercoated

Parking Brake Provision:

Yes

Parking Brake Style:

Internal drum

Minimum Recommended Wheel Diameter (in.):

15 in.

Offset (in.):

2.500 in.

Front Spindles Included:

Master Cylinder Included:

Brake Booster Included:

Brake Hoses Included:

Quantity:

Sold as a kit.

Notes:

Big Ford new style housing end measures, 3.562 in. top bolts center to center, 3.562 in. bottom bolts center to center and 2.000 in. top to bottom bolts center to center.

Wilwood Forged Dynalite Rear Parking Brake Kits

Wilwood forged Dynalite rear parking brake kits provide the best solution for many rear axles requiring a parking brake. The forged billet Dynalite 4-piston calipers, one-piece drum/rotors, and high-friction pads provide balanced braking for all types of performance street, strip, and show machines. Their internal shoe parking brake design stays hidden, but has excellent static holding power for parking. Wilwood offers optional caliper finishes and rotor designs to enable the builder to personalize the style and optimize brake performance for every individual application