Female to Male Extender Fitting -6AN to 1in

The Female to Male Extender Fitting -6AN to 1in from VIBRANT PERFORMANCE is a precision hydraulic adapter designed for high-pressure fluid systems that demand reliable connections. This straight extender fitting bridges two AN (Army-Navy) fittings while extending the line run by approximately 1 inch, making it essential for custom hose routing in fuel systems, oil coolers, transmission lines, and cooling circuits. Built for motorsports, hot rods, and performance automotive applications, this adapter eliminates the need for longer hose sections and allows installers to achieve compact, professional layouts in engine bays where space is at a premium.

Constructed from aluminum and finished in black anodized coating, the fitting resists corrosion and oxidation while maintaining a clean aesthetic in visible installations. The 6AN female inlet threads onto standard 6AN male ports, while the 1-inch male outlet accommodates matching 6AN connections, creating a seamless transition with minimal turbulence and pressure loss. Black anodizing not only enhances durability but also reduces heat transfer and provides a professional appearance compatible with both stock and custom engine builds. The compact 3.55 x 0.7 x 4-inch profile and lightweight 0.03 lbs construction ensure minimal obstruction and no added strain on surrounding components.

Performance enthusiasts, custom fabricators, and restoration shops rely on this extender to reconfigure plumbing routes during engine swaps, fuel system upgrades, or radiator relocation projects. Installation requires only a wrench or AN wrench set—no special tools or additional fittings are needed. This adapter is compatible with all standard 6AN male and female connections and integrates seamlessly with braided hose, hard-line systems, and existing AN component networks. For anyone building or modifying a high-performance vehicle, this VIBRANT PERFORMANCE fitting delivers the precision fit and reliability required for safe, leak-free operation under demanding driving conditions.