15.5in x 27.5in x 3in Radiator Ford Aluminum

The 15.5in x 27.5in x 3in Radiator Ford Aluminum from GRIFFIN is a high-efficiency cooling solution engineered for Ford vehicles requiring reliable thermal management during sustained driving, towing, or performance modifications. Built as a direct replacement or upgrade, this aluminum radiator addresses cooling system demands that factory units often struggle to meet, particularly in modified engines, hot climates, or vehicles subjected to heavy load cycles. Whether you're running a stock restoration, a street build, or a daily driver pushing beyond original specifications, proper cooling capacity is non-negotiable for engine longevity and consistent performance.

Constructed from lightweight aluminum, this radiator combines superior heat dissipation with durability and corrosion resistance—critical attributes for vehicles operating in varied climates or long-term storage scenarios. The aluminum core design maximizes surface area relative to its compact 15.5-inch width and 27.5-inch height, optimizing coolant flow dynamics while maintaining a slim 3-inch profile that fits factory or tight engine bay configurations. The core-and-tank construction is sealed for system integrity, and the precision-engineered outlet and inlet ports ensure compatibility with factory hose routing, eliminating the need for expensive adapter fittings or fabrication work.

Mechanics and enthusiasts upgrading cooling capacity typically select this radiator for carbureted and fuel-injected Ford engines, including inline and modular platforms popular in restoration and performance circles. Installation is straightforward—mounting is compatible with OEM brackets and hose connections, reducing downtime and labor costs on both professional shop work and owner-builder projects. At 13.51 pounds, the aluminum construction also contributes to modest weight savings compared to traditional copper-brass designs, a benefit that compounds when combined with other lightweight modifications on track-oriented or efficiency-focused builds.