High-Performance Brake Line Kit | Low-Expansion Hydraulic Hose | M10x1 AN-3 Fitting

Upgrade your braking system with this Modified Motorcycle Hydraulic Brake Hose, engineered for low expansion and high-pressure performance. Featuring a durable construction with M10x1 male and AN3 fittings, this hose delivers a firmer, more responsive lever feel by minimizing fluid displacement under extreme pressure, directly translating to improved stopping power and control. Features and Benefits - Low Expansion Hose Construction - Minimizes fluid displacement under pressure for a firmer, more immediate brake lever feel and consistent pedal modulation. - High-Pressure Rating - Engineered to withstand the extreme pressures of racing and aggressive riding, ensuring reliability and safety when you need it most. - M10x1 Male to AN3 Fitting Configuration - Provides a direct, secure connection for custom brake line setups on a wide range of motorcycles and performance vehicles. - Durable, Flexible Sheathing - Resists abrasion, oil, and environmental elements for long-lasting performance in demanding conditions. - Pre-Crimped Fittings - Ensures a perfect, leak-free seal right out of the package for a reliable installation. Applications - Motorcycle Brake Line Upgrades - Replace stock rubber hoses for improved feel and performance on sport bikes, cruisers, and adventure touring models. - Custom Racing Builds - Ideal for constructing custom brake or clutch lines for track-day bikes, race cars, or off-road vehicles where precise hydraulic control is critical. - Clutch Line Replacement - Suitable for hydraulic clutch systems requiring a high-performance, low-expansion hose for smoother, more consistent engagement. - General Performance Hydraulic Systems - Can be used in any application requiring a reliable, high-pressure fluid transfer line with standard AN3 and metric fittings. Note: Verify thread compatibility with your master cylinder, caliper, or clutch components before purchase. Professional installation is recommended to ensure proper bleeding and system integrity.