3/16 Brake Line 60in Steel

The 3/16 Brake Line 60in Steel from ALLSTAR PERFORMANCE is a critical hard line component designed for street and competition vehicles requiring professional-grade brake system routing. This 60-inch steel brake line serves as a direct replacement or custom fabrication component for drivers building custom brake systems, upgrading from rubber lines to solid steel, or running high-pressure hydraulic setups where line flex and expansion must be minimized. Whether you're installing a custom-fabricated brake system in a restomod, upgrading a race car's brake circuit, or replacing factory lines on a modified vehicle, this hard line delivers the durability and precision needed for dependable stopping power.

Constructed from steel with zinc oxide protective coating, the 3/16 Brake Line resists corrosion and maintains structural integrity under the thermal and pressure cycling demands of performance driving. The 3/8-24 flare nuts on each end ensure secure, leak-free connections to standard automotive brake fittings and master cylinders—a specification matched across OEM and aftermarket brake components. The 3/16-inch diameter accommodates moderate to high-volume brake circuits, balancing fluid flow with adequate pressure rating for street and track applications. Steel hard lines eliminate the expansion and flex inherent in rubber tubing, providing firmer brake feel and more consistent pedal response during sustained braking or rapid successive stops.

Technicians and enthusiasts installing custom brake systems, dual-circuit setups, or remote brake proportioning valves rely on this hard line for its compatibility with standard 3/8-24 fittings and proven zinc-oxide durability. The 60-inch length accommodates mid-engine layouts, custom frame routing, and multiple-circuit configurations without requiring splicing. Available individually, this brake line integrates seamlessly into complete brake system builds where line length, diameter, and material specifications directly influence modulation, feel, and safety margins under extreme conditions.