90 Degree Elbow Forged H ose End Fitting -6AN

The 90 Degree Elbow Forged Hose End Fitting -6AN from Vibrant Performance is an essential component for custom fuel, coolant, and hydraulic line routing in performance vehicles. This fitting is engineered for builders and mechanics who demand precision in their system layouts, particularly when space constraints or engine bay geometry require directional changes in their feed or return lines. Whether you're building a fuel system for a turbocharged engine, setting up a custom cooling loop, or routing brake lines in a race application, this elbow fitting provides the directional change needed without compromising flow or system integrity.

Forged construction delivers superior durability and fatigue resistance compared to cast alternatives, critical for high-pressure applications where vibration and thermal cycling can weaken inferior materials. The -6AN designation indicates a 6 AN (SAE J518) port size, compatible with standard -6 hoses and fittings throughout the aftermarket performance community. The 90-degree angle geometry eliminates the need for multiple fittings and bends, reducing potential leak points and simplifying installation while maintaining excellent flow characteristics. Vibrant Performance's precision machining ensures a leak-free seal when paired with compatible -6AN hoses and adapters, and the forged steel construction resists corrosion from fuel, coolant additives, and hydraulic fluids.

Mechanics and engine builders routinely specify this fitting for fuel system upgrades, transmission cooler installations, and custom plumbing in high-horsepower applications where reliability is non-negotiable. Installation requires standard wrenching tools and basic familiarity with hose end crimping or compression fittings; the compact 3.6-inch dimensions allow integration into tight engine compartments without requiring rerouting of other components. Compatible with any -6AN hose assembly, this fitting performs equally well in street builds, drift cars, road racing platforms, and dedicated track vehicles where system longevity and consistent performance matter most.