Rear Brake Plumbing Kit w/3an Fittings

The STRANGE Rear Brake Plumbing Kit with 3AN Fittings (SKU STGP2384, Part Number P2384) is a purpose-built brake hose assembly designed for high-performance drag racing and custom braking system installations. This 16-inch braided stainless steel kit delivers DOT-approved reliability in demanding racing environments where thermal cycling and sustained pressure loads demand precision engineering and corrosion-resistant construction.

The kit features 3 AN hose with AN 90-degree female to AN straight female fittings, offering flexible routing for rear disc brake installations while maintaining consistent hydraulic pressure across the entire brake circuit. Braided stainless steel construction resists abrasion from engine compartment heat, road debris, and corrosive salt exposure—critical considerations for vehicles operating at competition-level braking intensities. All necessary hardware is included, eliminating the need for sourcing additional components before installation. DOT approval confirms compliance with federal safety standards for brake system components, providing assurance that the assembly meets pressure and durability requirements for street and sanctioned racing applications.

This kit serves owners of drag race vehicles, street machines with rear disc conversions, and custom builds requiring OEM-quality hydraulic plumbing without the complexity of field-fabricating brake lines. The 16-inch length accommodates typical rear-mounted master cylinder setups and vehicle geometry found in common drag chassis and bracket racing platforms. Builders prioritizing reliability over quick fixes choose factory-assembled kits to eliminate potential leak points and ensure consistent brake modulation during critical launch and shutdown phases.

STRANGE's reputation in motorsports hydraulics stems from decades of supporting serious racers who cannot tolerate brake failure. This rear brake plumbing kit reflects that engineering discipline—verified components, tested pressure ratings, and no compromises on materials or assembly standards.