#10 90 Deg Fem Swivel to Male Flare Adapter

The #10 90 Deg Fem Swivel to Male Flare Adapter is a critical fitting for any serious boater or marine engine builder who demands reliable, leak-free hydraulic and fuel line connections. This 10 AN adapter bridges two different connection standards—female swivel on one end, male flare on the other—making it essential for custom fuel system routing, cooling loop fabrication, and transmission cooler installations. Built by XRP-XTREME RACING PROD., a brand trusted by high-performance marine and racing communities, this adapter eliminates the need for custom fabrication or workaround plumbing when integrating aftermarket components into existing systems.

Constructed from aluminum and anodized in blue and red for corrosion resistance and visual identification, the #10 90 Deg Fem Swivel to Male Flare Adapter features a 90-degree bend that saves space in tight engine compartments and helps route lines away from heat sources and moving parts. The 10 AN (AN10) port size corresponds to hose inner diameter of 5/8 inch, commonly used in high-flow fuel delivery and cooling applications where pressure spikes and vibration demand precision engineering. The female swivel end allows tool-free line rotation during installation, reducing stress on hose barbs and fittings during the final torque sequence—a detail that matters when working on the water or in the field.

Boaters upgrading to fuel-injected outboards, installing auxiliary cooling systems, or fabricating custom hydraulic steering lines will find this adapter indispensable for creating clean, professional connections between different line standards. Weighing only 0.12 lbs and measuring 2.7 x 1.45 x 4 inches, it integrates seamlessly into compact installations without adding bulk. Installation requires standard AN wrenches and adherence to proper torque specifications for the port size; ensure all lines are rated for your system's maximum pressure before final assembly. This is a genuine XRP product—not a generic knockoff—giving you the confidence that your fuel and cooling systems will perform reliably mile after mile.