8AN Push Lock Hose End s- Blue 90

The 8AN Push Lock Hose End in Blue 90 from Redhorse Performance is a precision-engineered hydraulic fitting designed for high-performance fuel, coolant, and brake system applications in modified vehicles. Whether you're building a custom engine bay, upgrading your fuel delivery system, or installing a new cooling circuit, this 90-degree hose end offers the reliability and clean aesthetics that serious automotive builders demand. The push-lock design eliminates the need for traditional crimping tools, making installation faster and more accessible for both professional mechanics and weekend warriors tackling complex modification projects.

This fitting features Redhorse Performance's proven push-lock mechanism, which creates a secure, leak-free connection without requiring specialized equipment or crimping dies. The 8AN (AN8) size accommodates hoses rated for high-pressure applications typical in turbocharged, supercharged, and fuel-injected engine builds. The bright blue anodized aluminum construction provides superior corrosion resistance in engine bays exposed to heat cycling and moisture, while the vibrant finish allows for easy identification of fuel and fluid lines during diagnostics and maintenance. The 90-degree orientation is essential for space-constrained engine compartments where tight routing around components demands directional control without sharp bends or kinks that could restrict flow or create failure points.

This hose end is ideal for custom fuel system builds, intercooler piping, transmission cooler lines, and radiator bypass circuits where AN-spec fittings are non-negotiable for pressure integrity. The compact 2.8 x 1.4 x 3.8-inch dimensions make it suitable for tight packaging in engine bays with limited real estate. Installation requires only compatible 8AN hose and a firm hand-push connection—no special tools, no learning curve. It pairs seamlessly with other Redhorse Performance components and standard AN8 braided hose for a professional, modular approach to fluid system design that demands quick disconnects and field serviceability.