Internal hose degradation from age, environmental exposure, and flexing causes pressure loss, uneven caliper response, and potential fluid leaks during heavy-duty operation. Replacing worn-out brake lines with this high-quality DFC brake hose restores immediate hydraulic response, prevents volumetric expansion under hard braking, and enhances overall brake system reliability for commercial fleet applications.
This premium brake hose features reinforced construction and high burst pressure ratings, making it suitable for severe-duty use in industrial and heavy-duty vehicles. Its drop-in design ensures straightforward installation without modification, providing a reliable upgrade for vehicles experiencing spongy pedal feel or internal line collapse. Proper hose routing and securing are critical to avoid chafing and to maintain twist clearance during full-lock steering, especially in tight chassis spaces. Always verify existing line length, fittings, and mounting points before ordering to ensure perfect fitment.
Specifications
- Overall Length: 18-inch
- Fitting / Outlet Size: 10mm INV thread
- Application: Commercial-Grade / Heavy-Duty Fleet / Passenger Automotive Cross-Over
Part Numbers
350-54076
Expert Installation & Field Note
Our shop experience specializing in heavy-duty brakes since 1985 confirms the importance of routing hydraulic lines with care. Ensure the hose is routed away from chassis chaffing points and allows full twist clearance during steering cycles. Always inspect the mounting brackets on heavy commercial frames for secure fitment and proper alignment to prevent premature wear or leaks. Correct installation is vital to maintaining hydraulic integrity and vehicle safety.
Features:
- High-burst pressure rated construction for severe-duty applications
- Drop-in replacement for 2006-2007 Ford Freestar front-left brake lines
- Reinforced rubber hose with environmental and flexing durability
- Fitted with 10mm INV thread outlets for secure attachment
- Designed to restore hydraulic response and prevent fluid leaks



