Hyper Cool Cooler Kit -6AN Inlets

The Hyper Cool Cooler Kit -6AN Inlets by DERALE is purpose-built for serious enthusiasts and mechanics who demand precision temperature control in high-performance and modified vehicles. This cooler assembly addresses the critical cooling demands that arise when upgrading engine components, increasing boost pressure, or running extended performance driving sessions. Whether you're building a modified street car, track-oriented machine, or towing vehicle, inadequate cooling becomes a bottleneck—and this kit eliminates that limitation by providing efficient heat rejection with industry-standard -6AN port connectivity.

The -6AN inlet configuration ensures compatibility with common aftermarket plumbing standards, allowing seamless integration into existing fuel, coolant, or transmission fluid cooling circuits. DERALE engineered this kit with optimized core design and aluminum construction to maximize surface area for heat dissipation while maintaining a compact footprint suitable for tight engine bay installations. The robust build quality withstands the pressure spikes and thermal cycling inherent to modified drivetrains, while the standardized AN fittings simplify custom routing and future system modifications. At 11.18 lbs and measuring 12.5 x 6.9 x 17.8 inches, the unit balances cooling capacity with practical mounting flexibility for most chassis applications.

Mechanics and builders rely on this cooler kit for turbocharged and supercharged conversions, modified LS or small-block installations, and any platform where factory cooling infrastructure falls short. The -6AN ports accept standard stainless or nylon braided hose, making it straightforward to source fittings and adapters from any performance supplier. Installation requires basic mechanical knowledge and a suitable mounting location with airflow; many builders locate it in front of the radiator, within the intercooler stack, or in custom undercarriage positions depending on circuit application. This kit delivers the thermal management margin that separates reliable modified vehicles from those prone to detonation, fluid degradation, and premature component failure.