#6 StreetLite Hose 6ft

The #6 StreetLite Hose 6ft from AEROQUIP is engineered for automotive enthusiasts and professional mechanics who demand reliable fluid transfer in high-performance applications. This hose serves as a critical component in fuel delivery systems, brake lines, and cooling circuits where durability and precision fit are non-negotiable. Whether you're building a street machine, restoring a classic, or upgrading an existing platform, a quality hose assembly ensures safe, leak-free operation under variable temperatures and pressures encountered during daily driving and spirited performance use.

AEROQUIP's StreetLite designation reflects a design optimized for street-duty vehicles, balancing flexibility with burst strength and chemical resistance. The #6 size designation refers to the nominal inside diameter in sixteenths of an inch, making this a 3/8-inch ID hose—a versatile diameter suited to fuel systems, power steering applications, and some cooling circuits. The 6-foot length provides ample reach for custom routing through engine bays without excessive slack, and the pre-assembled configuration minimizes installation time while maintaining factory-grade hose integrity. AEROQUIP's construction resists degradation from ethanol-blended fuels, synthetic oils, and ambient temperature fluctuations typical in automotive environments.

This hose is ideal for fuel system rebuilds, carburetor conversions, and EFI retrofits on vintage and modern platforms alike. Its compact weight—just 0.52 lbs—makes it easy to handle during engine bay reorganization, and the 6-foot length accommodates both tight engine compartments and extended custom routing scenarios. Installation is straightforward: slide hose barb fittings into the pre-cut ends with a slight twist, then secure with hose clamps appropriate to your application's pressure rating. Always verify your system's operating pressure and hose rating before final assembly, and inspect regularly for signs of age-related degradation or damage from contact with hot surfaces.