Pushlock Hose End Black 30 Deg Elbow -16

The Pushlock Hose End Black 30 Deg Elbow -16 is a precision hydraulic fitting engineered for high-pressure fluid systems in vehicles, equipment, and machinery. This aluminum hose end adapter connects -16 AN (Aircraft National) hose barbs to -16 AN female ports at a 30-degree angle, making it ideal for tight engine bays, custom builds, and applications where space constraints demand directional routing. Whether you're assembling a performance cooling system, fuel line network, or custom hydraulic setup, this fitting provides the directional flexibility that standard straight adapters cannot.

Manufactured from durable black anodized aluminum, this 30-degree elbow fitting resists corrosion and maintains structural integrity under sustained pressure and vibration. The -16 AN barb-to-female design ensures secure hose crimping on one end while accepting female AN threads on the other, creating a leak-free seal when properly installed with appropriate hose and ferrule combinations. The 30-degree angle allows hose runs to navigate around engine components, firewall penetrations, and frame rails without kinks or sharp bends that compromise flow and hose lifespan. At just 0.31 lbs with compact dimensions (5.5 x 1.55 x 9.05 in), this fitting minimizes weight while maintaining the strength required for street, off-road, and racing applications.

This Pushlock hose end elbow suits builders working with fuel injection systems, turbo intercooler lines, transmission coolers, and custom water or coolant circuits where directional hose routing is critical. The barbed end accepts -16 AN hose (1-inch ID nominal), secured with crimp-style ferrules available separately, while the female end threads into matching -16 AN ports on manifolds, blocks, or other adapters. Installation requires proper hose assembly tools and AN-compatible ferrules; always verify hose size and pressure rating match your system specifications. Ideal for hot rod builders, performance tuners, and off-road enthusiasts who demand compact, leak-free connections in unconventional layouts.