#12 60 Degree Swivel Hose End

The Triple X Race Components #12 60 Degree Swivel Hose End (HF-26012BLK) is a precision aluminum hose fitting designed for high-flow fuel and fluid transfer systems in race engines and high-performance applications. This black anodized swivel adapter connects 12 AN hose to 12 AN female ports with a 60-degree angled configuration, enabling flexible routing and strain relief in tight engine compartments where direct connections would cause kinks or excessive hose stress.

The 60-degree swivel design permits hose alignment without twisting the fitting body itself, reducing vibration-induced fatigue and extending fuel line service life. Aluminum construction keeps weight minimal—critical in racing where every fraction of a pound affects acceleration and handling. Black anodized finish provides corrosion resistance in hostile underhood environments and maintains professional appearance on show and street applications. The swivel mechanism allows final positioning after installation, eliminating the need for pre-bent hoses or custom fabrication in many layouts.

This fitting is essential for fuel system builders, engine builders, and performance enthusiasts working with 12 AN hose assemblies in drag racing, circle track, road racing, and street performance builds. Swivel hose ends are particularly valuable when routing fuel delivery lines around engine accessories, turbochargers, or tight frame rails where hose entry angles cannot be precisely predicted during initial fabrication. Sold individually, allowing builders to specify exactly how many angled connections their system requires.

12 AN fittings represent the industry standard for high-flow fuel systems capable of sustained delivery at pressures exceeding 100 psi. The 60-degree angle option sits between straight and 45-degree configurations, offering routing flexibility for mid-range hose paths that standard elbows cannot accommodate. Choosing the correct angle prevents unnecessary hose bends, reduces turbulence, and maintains system reliability under the heat and vibration of serious performance driving.