#6 120 Deg Push-On Hose End Black

The #6 120 Deg Push-On Hose End Black (XRP231206BB) is a precision-engineered hydraulic fitting designed for high-performance fuel, coolant, and fluid systems in tactical vehicles, race applications, and equipment where reliability under pressure is non-negotiable. Built by XRP-XTREME RACING PROD., this 120-degree push-on connector meets the exacting standards of military mechanics, law enforcement specialists, and motorsport technicians who depend on leak-free, vibration-resistant connections in demanding field conditions.

Manufactured from aluminum and finished in black anodize for corrosion resistance and durability, this hose end features a 6 AN male hose barb inlet connecting to a 6 AN female outlet—a direct flow path that minimizes turbulence and maintains system integrity under sustained pressure cycles. The 120-degree bend angle is critical for tight packaging in engine bays and tactical equipment where space is limited; the push-on design eliminates the need for hose clamps or additional hardware, reducing assembly time and potential failure points. Anodized aluminum construction provides weight savings essential for mobile platforms while delivering the thermal stability required in high-vibration environments.

This fitting is ideal for technicians building or maintaining hydraulic systems in armored vehicles, field equipment, racing platforms, and custom tactical rigs where every component must perform without degradation. The push-on barb design creates a mechanical lock with compatible hose, eliminating creep under thermal cycling and vibration—critical in mobile command units and high-performance powerplants. Compatible with standard 6 AN hose assemblies, the XRP231206BB integrates seamlessly into existing fluid distribution networks and is sized and angled for applications where standard straight fittings cannot fit. Installation is straightforward: select properly sized 6 AN hose with internal diameter matched to the barb, push firmly onto the barb until fully seated, and verify no leakage during system pressurization.