Weber Adapter

The AEROQUIP FCM2116 Weber Adapter is a precision-engineered fluid coupling component designed for mechanics and automotive enthusiasts who demand reliability in high-performance fuel and hydraulic systems. This straight adapter serves as a critical connection point in applications where secure, leak-free flow management is essential—whether you're building a custom fuel delivery system, upgrading a vintage carburetor setup, or integrating modern fuel injection components into a classic restoration project. Weber carburetor conversions and fuel system modifications require adapters that maintain original functionality while accommodating modern fuel pressures and flow rates.

Manufactured by AEROQUIP, a trusted name in fluid power systems, the FCM2116 Weber Adapter features precision-machined construction that ensures zero-tolerance fitment and vibration resistance under continuous engine operation. The compact form factor—measuring 4.1 inches in length with a 2.3 x 1.1 inch profile—fits seamlessly into tight engine bay spaces without requiring extensive modifications to existing fuel lines or mounting hardware. Its lightweight design at just 0.04 lbs minimizes parasitic weight while maintaining the structural integrity required to handle pressurized fuel systems safely and consistently across varied operating temperatures and fuel compositions.

This adapter benefits carburetor enthusiasts, street rod builders, and anyone performing Weber or dual-carburetor conversions on four-cylinder and six-cylinder engines where fuel supply consistency determines tuning stability and drivability. Installation requires no special tools and connects directly to standard fuel line fittings used across domestic and imported platforms. Whether you're transitioning from factory fuel injection to traditional carburetor operation or optimizing fuel delivery in a competition-prepped engine, the AEROQUIP FCM2116 delivers the durability and precision fit that prevents mid-run fuel starvation and maintains clean carburetor operation under sustained throttle applications.