12AN 30 Degree Female Aluminum Hose End RD BLU

The 12AN 30 Degree Female Aluminum Hose End RD BLU from REDHORSE PERFORMANCE is a precision hydraulic and fuel line fitting designed for high-performance automotive, racing, and industrial fluid transfer applications. This swivel hose end connector allows reliable pressure-rated connections between 12 AN hose assemblies and 12 AN female ports, accommodating angled installations where space or component geometry demands directional flexibility. The 30-degree angle geometry eliminates sharp bends in hose runs, reducing stress concentrations and extending system life in vibration-prone environments.

Manufactured from lightweight aluminum and finished in blue/red anodized coating, this fitting delivers corrosion resistance and weight savings critical to race-oriented builds. The swivel design permits hose rotation during installation without rotating the port fitting itself, simplifying assembly and preventing cross-threading or damage to delicate manifold ports. The 1030-12-1 design meets the industry-standard AN sizing nomenclature, ensuring compatibility with any properly certified 12 AN hose assembly, adapters, and manifold connections. Aluminum construction reduces overall system weight compared to steel alternatives while maintaining adequate strength for typical fuel injection, cooling, and boost applications operating under moderate pressure.

This fitting is ideal for custom fuel systems, turbo coolant lines, transmission cooler circuits, and nitrous oxide delivery plumbing where routing constraints or port orientation prevent straight connections. Builders working on engine bay layouts with tight component spacing benefit from the angled approach, avoiding hose kinks that restrict flow and generate heat. The compact profile—3.83 inches in length and weighing just 0.285 pounds—makes it suitable for weight-conscious applications from motorsports to marine installations. Always verify your system's operating pressure rating and confirm hose and port thread compatibility before assembly for safe, leak-free operation.