Russell Performance EFI Full Flow Hose Ends are precision-engineered AN-style fittings built specifically for high-performance electronic fuel injection systems. Trusted by racers and performance builders since 1975, this product line delivers reliable, leak-free fuel system connections across a wide range of angles, styles, and configurations — making them a cornerstone component of any serious EFI plumbing build.
Key Features:
- Lightweight aluminum construction — delivers exceptional strength-to-weight ratio, critical in performance and racing applications
- Completely reusable design — engineered for straightforward disassembly and reassembly, keeping long-term maintenance and system modifications cost-effective
- Unique taper design — assembles without cutting into the inner hose liner while maintaining a positive grip that prevents leakage or separation
- 37-degree angled sealing surface — ensures a positive, leak-free seal under sustained operating pressure
- Full flow design — unrestricted internal flow characteristics maximize fuel delivery, essential for modern EFI systems
- AN-style compatibility — accepts a wide variety of lightweight aluminum AN-style adapter fittings for versatile plumbing configurations
- Cross-manufacturer interchangeability — compatible with many other manufacturers' hose ends for flexible system integration
- EFI-rated engineering — built to withstand the elevated fuel pressures inherent to modern fuel injection systems
Available Configurations:
The Russell Performance EFI Full Flow Hose End line is offered in a variety of angles and styles — including straight, 45-degree, 90-degree, and swivel variants — ensuring the right solution for virtually any EFI plumbing challenge. Select an individual product listing for specific configuration details.
About Russell Performance:
Russell Performance is recognized as a leader in advanced fluid transfer systems, offering an extensive lineup of automotive plumbing products for fuel, brake, oil, water, and other high-performance applications across automotive, motorcycle, and marine platforms.