#8 Hi-Speed Tee Fitting

The #8 Hi-Speed Tee Fitting from Enderle is a precision fuel system component engineered for high-performance fuel delivery in carbureted and fuel-injected racing engines. This compact aluminum fitting serves as a critical junction point in custom fuel lines, allowing mechanics and engine builders to split fuel flow to multiple carburetors or distribute fuel with precision control. Whether you're building a traditional street rod, competition drag engine, or vintage race car, this tee fitting provides the reliability and flow characteristics demanded by serious automotive enthusiasts who refuse to compromise fuel delivery integrity.

Enderle's #8 Hi-Speed Tee Fitting is manufactured to exacting tolerances with aerospace-grade aluminum construction, designed to handle the increased pressures and flow rates of performance fuel systems without restriction or leakage. The "Hi-Speed" designation indicates optimized internal porting geometry that minimizes turbulence and fuel cavitation—critical factors when running mechanical or electrical fuel pumps at elevated PSI levels. The #8 sizing refers to the AN (Army-Navy) standard fitting size, compatible with -8 fuel lines and fittings commonly used in race-spec fuel systems. Its compact footprint (2.05 x 1.2 x 3.9 inches) and lightweight construction (0.11 lbs) make it ideal for custom fabrication where space and weight savings matter, such as fuel cell installations or tight engine compartment layouts.

This fitting is essential for builders working with dual-carb setups, multi-point fuel injection conversions, or any application requiring fuel distribution without secondary regulators. Installation requires standard fuel line crimping tools and AN fitting knowledge; ensure all connections are sealed with appropriate thread sealant or Teflon tape to prevent vapor leaks under pressure. The #8 Hi-Speed Tee Fitting integrates seamlessly into Enderle-based fuel systems or any custom setup using AN-8 fuel hose, making it a go-to choice for engine builders who prioritize flow consistency and system reliability in performance driving conditions.