Adapter Outlet AN-12 Port

The Waterman Racing Comp AN-12 Fuel Pump Adapter Port is a precision-engineered aluminum adapter designed for high-performance fuel system integration in racing and motorsports applications. Manufactured from black anodized aluminum, this adapter provides a reliable connection point for AN-12 fuel lines, delivering the durability and corrosion resistance required in demanding engine bay environments where fuel delivery integrity is critical to performance.

The AN-12 port designation indicates compatibility with standard -12 AN hose fittings, a metric widely used in motorsports fuel system plumbing for its established pressure ratings and fitting availability. Black anodized finishing provides both aesthetic consistency with engine components and protective corrosion resistance in high-heat under-hood conditions. At 0.16 lbs and measuring 2.85 x 2.1 x 4.95 inches, this adapter integrates cleanly into compact engine bay layouts typical of race vehicles and performance-modified street cars. The Waterman Racing Comp brand specializes in fuel system components engineered specifically for racing applications, where fuel delivery consistency directly impacts combustion efficiency and power output.

This adapter suits racers and automotive enthusiasts building or upgrading high-performance fuel systems. Whether integrating aftermarket fuel pumps, routing fuel lines in custom engine configurations, or replacing worn adapter connections, this Waterman component provides OEM-level reliability. Engine builders and race teams working with fuel injection systems, turbocharged platforms, or naturally aspirated performance engines rely on precision adapters like this to ensure fuel delivery accuracy and system integrity under sustained load.

AN fuel system components have become the industry standard in motorsports and serious performance applications because of their durability, standardized fitting dimensions, and proven track record under high-pressure operation. The AN-12 specification represents a balance between flow capacity and compact packaging, making it ideal for systems where both are priorities.