#8 90 Deg Hose End

The #8 90 Deg Hose End is a precision-engineered hydraulic fitting designed for marine fuel, coolant, and fluid transfer systems where space and flow direction are critical. Built by XRP-XTREME RACING PROD., this 90-degree AN hose connector serves serious boaters, fishing vessel operators, and performance marine mechanics who demand reliability in harsh saltwater and freshwater environments. Whether you're managing high-pressure fuel lines on a center console, rigging cooling systems on a large cruiser, or maintaining custom hydraulic setups on a high-performance speedboat, this fitting delivers the directional control and durability your marine platform requires.

Constructed from lightweight aluminum with blue and red anodized finish, the #8 90 Deg Hose End combines corrosion resistance with minimal weight—a critical advantage in marine applications where every pound affects fuel efficiency and handling. The 90-degree angle redirect eliminates bulky external bends and routing complications, allowing cleaner engine bay layouts and easier access for seasonal maintenance. The dual-color anodizing serves both functional and aesthetic purposes: color-coding fluid lines (fuel, coolant, water) reduces installation errors and aids troubleshooting during service. An 8 AN hose connection accommodates standard marine-grade braided hose with rated pressures suitable for both fuel delivery and pressurized cooling loops.

This fitting is ideal for retrofit projects, custom builds, and OEM replacement work on inboard and outboard powered vessels. It connects 8 AN hose directly to 8 AN female ports, making it compatible with most modern marine fuel systems, hydraulic steering units, and performance cooling manifolds. Installation is straightforward with standard wrenches; the aluminum body resists galvanic corrosion in saltwater and withstands thermal cycling from engine heat and ambient conditions. Weighing just 0.12 lbs, the compact 2.75 x 1.4 x 3.9 in profile fits tight engine compartments without compromise.