Reusable Hose End Black 90 Deg Elbow -10

The Reusable Hose End Black 90 Deg Elbow -10 from ALLSTAR PERFORMANCE is a precision-engineered AN hose fitting designed for custom fuel, coolant, and hydraulic systems in high-performance vehicles, street rods, and race cars. This 90-degree elbow adapter solves one of the most common routing challenges in engine bay modifications: directing pressurized lines around tight spaces without kinks, restrictions, or flow losses. Whether you're building a custom fuel injection system, upgrading cooling circuits, or fabricating a custom brake line layout, this fitting delivers the directional control modern automotive builds demand.

Constructed from lightweight aluminum and finished in black anodize, this elbow features a 10 AN hose connection on both ends with a female swivel design that accommodates standard -10 hose barbs securely. The 90-degree bend geometry reduces turbulence compared to kinked hoses and maintains full system pressure without restricting flow—critical for fuel delivery, cooling efficiency, and brake line performance. The reusable design allows multiple installations across different projects, and the swivel female connection adapts to various male fittings, giving builders flexibility in system layout and future modifications. Black anodizing resists corrosion in harsh engine bay environments while maintaining a clean, professional appearance.

This fitting is ideal for fabricators, performance mechanics, and DIY enthusiasts tackling LS engine swaps, carbureted-to-fuel-injection conversions, custom cooling loops, and race car builds where space is limited and precision routing is non-negotiable. The -10 AN sizing suits mid-range flow applications, making it suitable for V8 street builds, single-carburetor fuel systems, and auxiliary cooling circuits. Proper hose selection (braided stainless or silicone rated for your system pressure) and secure clamping at both connection points ensure leak-free operation and years of reliable service in demanding automotive applications.