96in #3 Line -3 Str/-3 Str

The 96in #3 Line -3 Str/-3 Str brake hose from ALLSTAR PERFORMANCE is engineered for high-pressure hydraulic brake systems found in racing, performance vehicles, and specialized tactical applications. This 96-inch brake line assembly serves operators and technicians who require precision fluid conveyance in demanding environments where standard rubber hoses cannot withstand extreme temperature swings, vibration, or corrosive conditions. Built to military and racing specifications, this hose is the choice for platforms requiring absolute reliability in brake actuation under stress.

Construction features braided stainless steel exterior jacketing that resists abrasion, kinking, and UV degradation while maintaining flexibility during installation and routing. The inner PTFE lining eliminates corrosion and chemical breakdown from DOT-approved brake fluid, ensuring consistent flow rates and pressure transmission over extended service intervals. Both ends terminate in 3 AN straight female fittings, delivering dry-break compatibility and allowing quick-disconnect capability in systems requiring rapid fluid line separation without spillage or contamination. The compact 0.44 lb weight and flexible 96-inch length simplify integration into compact engine bays and tactical vehicle configurations.

Technicians in law enforcement fleet maintenance, military vehicle support, and high-performance racing benefit most from this hose's ability to handle pressure spikes during hard braking while resisting degradation from extended storage or seasonal deployment cycles. The dual 3 AN female termination allows direct connection to master cylinders, distribution blocks, or modular brake systems without adapter requirements. Proper routing away from heat sources and moving suspension components ensures maximum longevity; secure the line every 12 inches using P-clamps to prevent resonance damage. This single-unit hose meets SAE standards for brake system integration and is recommended for vehicles operating at extreme temperatures or in salt-air environments.