Fan Shroud 26in Howe

The Fan Shroud 26in Howe from ALLSTAR PERFORMANCE is a purpose-built cooling system component engineered for high-performance automotive applications where efficient airflow and heat rejection are critical. Designed specifically to accommodate 26-inch Howe radiators, this shroud directs engine cooling airflow with precision, making it essential for street rods, muscle cars, and race vehicles operating in demanding thermal conditions. Whether you're building a classic hot rod or upgrading a modern performance platform, this aluminum fan shroud maximizes radiator effectiveness while maintaining a clean engine bay aesthetic.

Constructed from lightweight aluminum with black and natural finish options, the Fan Shroud 26in Howe measures 22.5 inches wide by 19 inches tall, providing optimal coverage for 17-inch diameter cooling fans paired with Howe radiators. The shroud's engineered profile forces air through the radiator core rather than around it—a critical function that reduces engine temperatures under sustained load and improves cooling system efficiency by up to 30% in many applications. At just 2 pounds, the aluminum construction minimizes parasitic weight while delivering the structural rigidity needed for reliable long-term performance. The 11-inch depth accommodates standard radiator and fan assemblies without requiring extensive modification to existing engine bay configurations.

This shroud is ideal for builders and enthusiasts investing in quality Howe radiator systems, where complementary cooling components ensure maximum return on investment. Installation is straightforward—the shroud bolts directly to most radiator mounting points without requiring custom fabrication or cutting. Common applications include small-block and big-block engine swaps, vintage car restorations, and competition vehicles where consistent thermal management directly impacts engine longevity and performance reliability. Verify your radiator width and fan diameter specifications before ordering to ensure proper fit and airflow optimization.