48in #3 Line -4 Str/-4 90 Deg

The 48in #3 Line -4 Str/-4 90 Deg by ALLSTAR PERFORMANCE is a precision braided hose assembly engineered for high-pressure fluid transfer in demanding tactical and motorsport applications. This compact, lightweight line is designed for operators and technicians who require reliable, compact routing in space-constrained environments where standard tubing cannot accommodate sharp bends or tight angles. Built to handle -4 AN (1/4-inch) flow specifications with 90-degree end fittings, this assembly eliminates the need for multiple adapters and delivers clean, efficient hydraulic or fuel system integration.

Constructed with ALLSTAR PERFORMANCE's proven braided hose construction, the 48-inch length provides flexibility for custom routing while maintaining structural integrity under pressure cycling and vibration. The -4 Str/-4 90 Deg designation confirms symmetric 90-degree angles at both ends, allowing seamless integration into tight configurations without kinking or flow restriction. The compact 6.05 x 6.75-inch profile and minimal 0.28-pound weight make this line ideal for weight-conscious builds where every ounce matters, whether in high-performance vehicles, hydraulic brake systems, or fuel delivery networks. Premium-grade reinforced nylon and synthetic elastomer construction resists abrasion, temperature fluctuation, and chemical exposure.

Field professionals—automotive technicians, tactical equipment builders, and motorsport engineers—trust ALLSTAR PERFORMANCE hose assemblies for their durability and consistency under real-world pressure loads. This 48-inch line is compatible with any -4 AN system requiring 90-degree entry and exit points, including fuel injection systems, hydraulic brake circuits, and auxiliary cooling loops. Pre-assembled construction eliminates custom hose fabrication downtime, allowing technicians to focus on final system pressure testing and validation rather than assembly work. Stock this specification for inventory or order as a replacement component for OEM applications demanding exact dimensional and pressure-rated performance.