Wilwood Dynapro Low-Profile Rear E-Brake Kit – 140-16153

Description

Brand: Wilwood Disc Brakes
Manufacturer’s Part Number: 140-16153
Part Type: Disc Brake Kits
Product Line: Wilwood Forged DynaPro Low-Profile Rear Electronic Parking Brake Kits
Automotive Fittings Part Number: WIL-140-16153
UPC: 889545097429
Position: Rear
Front Rotor Included: No
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
Differential Case Design Type: Ford 9 in.
Axle Housing Flange Style: Small Ford (3.336 in. x 2.00 in.)
Rear Rotor Included: Yes
Rear Rotor Style: Solid surface
Rear Rotor Construction: Vented
Rear Rotor Diameter: 11.00 in./279.40mm
Rear Rotor Thickness (in.): 0.81
Front Caliper Included: No
Rear Caliper Included: Yes
Rear Caliper Piston Quantity: Four
Rear Caliper Material: Forged billet aluminum
Rear Caliper Color: Black
Brake Pads Included: Yes
Friction Material Name: BP-10
Parking Brake Provision: Yes
Parking Brake Style: Electric caliper
Minimum Recommended Wheel Diameter (in.): 14 in.
Offset (in.): 2.660 in.
Front Spindles Included: No
Master Cylinder Included: No
Brake Booster Included: No
Remanufactured: No
Brake Hoses Included: No
Quantity: Sold as a kit.
Description:
Wilwood Forged DynaPro low-profile rear electronic parking brake kits provide a complete solution for popular muscle car rear axles on applications that require a parking brake assembly and extra clearance for 14.00 in. to 15.00 in. rim applications. Forged billet DynaPro low-profile four-piston calipers 11.00 in. one-piece hat and rotor assemblies, and high friction pads provide optimized and balanced braking for all types of custom performance street/strip and show machines. The unique electronic parking brake caliper provides a static high torque static holding power for parking without mechanical cabling. Supplied with control unit and harness assembly, it simplifies installation and use. Optional caliper finishes and rotor designs enable builders to personalize the style and optimize brake performance for every individual application.

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