67-69 Camaro/Firebird LS Swap Radiator &16in Fan

The 67-69 Camaro/Firebird LS Swap Radiator & 16in Fan by Cold Case Radiators is engineered for muscle car enthusiasts and restoration specialists who demand reliable thermal management when upgrading classic F-Body platforms with modern LS-series powerplants. This complete cooling solution addresses the critical challenge of dissipating high-output engine heat in vehicles originally designed for carbureted, lower-displacement mills. Whether you're restoring a second-generation Camaro or Pontiac Firebird with contemporary performance goals, this radiator and fan assembly eliminates guesswork and compatibility headaches inherent in engine swaps.

Constructed from aluminum with a polished finish, the 67-69 Camaro/Firebird LS Swap Radiator & 16in Fan delivers superior heat rejection compared to original equipment while maintaining aesthetic appeal in engine bays where appearance matters. The passenger-side inlet and outlet configuration integrates seamlessly with LS-series plumbing layouts, eliminating custom fabrication for hose routing and water pump clearance—a major advantage over generic universal radiators. The included 16-inch mechanical fan provides supplemental cooling capacity during low-speed driving and idle conditions, ensuring consistent operating temperatures across diverse driving scenarios. At 35.3 pounds and measuring 27 x 16 x 36.5 inches, the assembly fits within original mounting points designed for F-Body cooling systems, preserving structural integrity and minimizing modification to engine bay architecture.

Restoration builders, LS swap specialists, and classic car shops benefit most from this bolt-in solution, which reduces labor hours and eliminates cooling-system failures that plague field-welded or poorly adapted radiators. The 67-69 Camaro/Firebird LS Swap Radiator & 16in Fan is specifically engineered for 1967–1969 F-Body models—Camaros and Firebirds—utilizing GM LS-series engines (LS1, LS2, LS3, LS7, and variants). Installation requires basic mechanical knowledge and standard hand tools; consult your swap kit documentation for hose routing, thermostat housing orientation, and coolant capacity specifications to ensure optimal performance. This is the thermal management standard chosen by serious builders who refuse compromise on reliability or fit.