67-69 Camaro Radiator Module LS w/AC

The 67-69 Camaro Radiator Module LS w/AC from Cold Case Radiators is engineered for first-generation Camaro owners pursuing modern LS engine swaps without sacrificing air conditioning capability. This all-in-one cooling solution addresses the critical challenge that faces any serious restomod build: integrating a high-output LS powerplant into a classic chassis while maintaining factory-style climate control. Whether you're converting a stock 327 or 396 to an LS2, LS3, or LS7 platform, this radiator module eliminates the guesswork and fabrication headaches associated with custom plumbing and fitment.

Cold Case Radiators engineered this module with direct LS compatibility, meaning the cooling passages and inlet/outlet positions align precisely with LS-generation engine blocks without adapter plates or rework. The integrated AC condenser section ensures your air conditioning runs efficiently alongside the main radiator core, eliminating the need for separate component sourcing and complex installation geometry. At 50 pounds and measuring 36 inches wide by 60 inches tall, the module fits within the original radiator cavity with minimal modification to core support brackets, preserving the authentic appearance of your resto-mod while delivering modern thermal performance that handles track duty, summer cruising, and stop-and-go traffic without coolant boil-over.

Serious Camaro enthusiasts tackling second-generation (1970-1981) or first-generation (1967-1969) LS conversions rely on this module because it reduces turnaround time on engine bay fabrication and improves reliability over patched-together cooling systems. Installation pairs best with a high-flow water pump, modern thermostat housing, and quality silicone hose—allowing you to focus engineering effort on fuel injection integration and suspension geometry rather than thermal management improvisation. The unit ships ready to bolt in place, making it ideal for both experienced fabricators and shops managing customer restomod projects on tight schedules.