Magnum Shielding E-Z Align Front Brake Line - Non-ABS - 48" - 46848SW

Upgrade your motorcycle's braking performance with the Magnum Shielding E-Z Align Braided Single Disc Front Brake Line. This high-quality brake line is designed for non-ABS models, providing enhanced stopping power and a sleek, custom look. Experience the difference that precision engineering and premium materials make in your riding experience.

Description

This Magnum Shielding braided brake line delivers superior performance and reliability. The E-Z Align rotating caliper banjo allows for a perfect, kink-free fit, ensuring optimal fluid flow and consistent braking. The stainless steel construction provides excellent durability and resistance to corrosion, while the black pearl finish adds a touch of style to your bike. Measuring 48" (122 cm) in length, this line is an ideal alternate length option for various non-ABS applications, excluding '04+ Sportsters. The line features a 10 mm 35° upper banjo fitting and a 3/8" 60° lower banjo fitting. Upgrade your braking system with this high-performance brake line and enjoy improved control and confidence on the road.

Features & highlights

• Achieve a perfect, kink-free fit with the innovative E-Z Align rotating caliper banjo.
• Enjoy enhanced durability and corrosion resistance thanks to the premium stainless steel construction.
• Upgrade your bike's aesthetics with the sleek black pearl finish.
• Experience improved braking performance and responsiveness on non-ABS models.
• Benefit from a precise fit with the 10 mm 35° upper and 3/8" 60° lower banjo fittings.

Technical specifications

• Brand: Magnum Shielding
• Product Name: Brake Line
• Color/Finish: Black, Black Pearl
• Material: Stainless Steel
• Length: 48" (122 cm)
• Upper Banjo Fitting: 10 mm 35° Banjo Fitting
• Lower Banjo Fitting: 3/8" 60° Banjo Fitting
• For Braking System: without ABS
• Mounting Position: Front
• Type: Alternate Length

Important to know

• Exclusively for models without ABS.
• Not compatible with '04 and later Sportster models.