#10 60 Degree Swivel Hose End

The Triple X Race Components #10 60 Degree Swivel Hose End (HF-26010BLK) is a precision hydraulic and fuel line fitting engineered for high-performance motorsports and fluid transfer applications. This 10 AN swivel hose end connects 10 AN hose to 10 AN female ports at a 60-degree angle, enabling flexible routing around tight engine bays and chassis geometry where straight or 90-degree configurations create obstruction or excessive bend radius stress.

Constructed from aluminum and finished in black anodized coating, this swivel fitting delivers corrosion resistance and a professional appearance while maintaining the lightweight characteristics critical to race car builds. The swivel design allows hose rotation without twisting the line itself, reducing fatigue cracking and leak points—a significant advantage in competition environments where vibration and thermal cycling accelerate component wear. The 60-degree angle provides optimal clearance for manifolds, headers, and turbo locations where standard 45 or 90-degree fittings cannot fit or create sharp bends that compromise flow and structural integrity.

This fitting is specified for fuel injection systems, cooling circuits, power steering loops, and custom hydraulic brake configurations on drag racing, road racing, and street performance vehicles. Triple X Race Components is recognized in motorsports fabrication for producing repeatable, dimensionally accurate fittings that withstand repeated thermal shock and sustained high-pressure operation. The 10 AN size accommodates moderate to high flow requirements typical of fuel distribution and auxiliary cooling systems on turbocharged and naturally aspirated race engines.

Whether building a dedicated track car, upgrading fuel delivery on a modified street engine, or fabricating a custom cooling loop, the #10 60 Degree Swivel Hose End simplifies complex plumbing layouts while improving longevity and reliability. Each piece is sold individually, allowing builders to source the exact quantity needed for their specific configuration without excess inventory.