Speedmaster -6 AN Braided Stainless Steel Hose Line, 20 ft. Length (1-339-002-05)

The Speedmaster -6 AN Braided Stainless Steel Hose Line is a 20-foot-long, high-performance fluid transfer hose engineered for demanding automotive, marine, and motorsport applications. The -6 AN designation indicates a 6/8-inch inner diameter, while the braided stainless steel construction provides durability, corrosion resistance, and superior pressure handling. This hose is ideal for fuel, coolant, brake fluid, and other critical system transfers where reliability and performance are essential.

The braided stainless steel design combines strength with flexibility, making it suitable for engine bays, marine environments, and precision racing setups where standard rubber hoses fall short. At 20 feet in length, this line accommodates longer runs without splices, reducing failure points and simplifying installation. Whether you're building a custom fuel system, upgrading cooling lines, or assembling a high-performance brake setup, the Speedmaster -6 AN hose delivers the pressure rating and corrosion resistance required for serious automotive and marine work.

Key Features & Benefits

• 20 Foot Length: Full 20 ft. spool reduces splices and simplifies routing in larger engine bays and marine systems.
• -6 AN Diameter: -6 AN specification provides 6/8-inch inner diameter, standard for high-performance fluid transfer.
• Braided Stainless Steel: Durable, corrosion-resistant construction withstands fuel, coolant, and marine environments.
• High-Performance Design: Built for automotive, motorsport, and marine applications requiring reliability and pressure handling.
• Flexible Construction: Braided hose remains flexible for tight engine bays and complex routing without kinking.

Specifications

Ideal Applications

• Custom fuel system lines in high-performance and racing engines
• Coolant and heater hose upgrades in automotive and marine builds
• Brake fluid lines in motorsport and precision brake systems
• Marine engine cooling and fluid transfer in saltwater environments