Product#: EC80B

Lokar Universal Rear Parking Brake Cables with Black Steel Housing

Lokars universal rear brake cables are designed to work with the Lokar Under-Dash foot operated brake cable. The outer housing is designed with a specially extruded liner to extend the life of the cable and the stainless...

Product#: UNIVEBC

Universal Park Brake Cable

Universal parking brake cable. For popular rear disc or drum brakes with parking brake

Product#: EC80

Lokar Universal Rear Parking Brake Cables with Stainless Steel Housing

Lokars universal rear brake cables are designed to work with the Lokar Under-Dash foot operated brake cable. The outer housing is designed with a specially extruded liner to extend the life of the cable and the stainless...

Product#: EC8001B

Lokar Cut-To-Fit Under Dash Foot Operated Parking Brake Cable with Black Steel Housing

Lokar connector cable is designed to mount directly to the under-dash, foot operated brake and connect with Lokar universal rear brake cables. This cut-to-fit 6' long cable features a black steel housing. Made in USA

Product#: EC8001

Lokar Cut-To-Fit Under Dash Foot Operated Parking Brake Cable with Stainless Steel Housing

Lokar connector cable is designed to mount directly to the under-dash, foot operated brake and connect with Lokar universal rear brake cables. This cut-to-fit 6' long cable features a stainless steel housing. Made in USA

Product#: 537485

1958-83 Buick, Cadillac, Chevy, Pontiac, Olds; Park Brake Cable Connector; Various Models

Reproduction park brake cable connector for various 1958-83 Buick, Cadillac, Chevrolet, Pontiac, and Oldsmobile models. Each connector is manufactured to factory dimensions replicating the original design. Used to join the...

Product#: EBC90356

Universal Rear Parking Brake Cable Set; Cut-to-Fit; For Disc or Drum Brakes

This universal park brake cable set includes "cut-to-fit" cables and hardware to hook up your parking brakes. Will work with rear disc conversions or drum brakes. These cables feature a simple cut-to-length design and...