The Magnuson Universal Cooling System is a complete solution designed to simplify the installation of an intercooler cooling circuit for custom supercharged applications. Built with the same premium components used in Magnuson's vehicle-specific supercharger systems, this kit helps builders eliminate the uncertainty of sourcing and matching cooling components while ensuring reliable performance. It is particularly well suited for engine swaps, custom hot rods, and Magnuson head unit installations where a dedicated supercharger cooling system is required.
To accommodate a wide range of vehicle configurations, the system is available with three different aluminum low temperature radiator (LTR) sizes. Each radiator is engineered to provide efficient heat exchange and maintain cooler intake air temperatures, helping maximize supercharger efficiency and performance. The kit includes a Bosch water pump, reservoir with bleeder, wiring harness with relay, hoses, clamps, fittings, and supporting hardware, giving builders most of the components needed for a complete installation. Fabrication of radiator mounting brackets is required for custom fitment.
Designed for flexibility and durability, the Universal Cooling System offers a professional-grade solution for enthusiasts and fabricators looking to build a dependable forced induction cooling system. By combining proven Magnuson components with configurable radiator options, the kit provides an easy starting point for creating an effective supercharger cooling setup.
- Complete supercharger cooling package designed for engine swaps, hot rods, and custom performance builds
- Uses proven Magnuson components found in the company's application-specific supercharger systems
- Choice of three high-efficiency aluminum low temperature radiator sizes to suit various vehicle layouts
- Includes Bosch water pump, reservoir, relay-equipped wiring harness, hoses, clamps, and installation hardware
- Helps maintain lower intake temperatures and consistent supercharger performance while reducing design and sourcing guesswork
