Description
The Mishimoto Universal Air-to-Water Race Intercooler Core Part MMUIC-W4 is engineered for high-performance automotive applications, delivering exceptional cooling efficiency under demanding conditions. Featuring a robust bar-and-plate construction, this intercooler core is designed to maximize heat dissipation and durability, making it suitable for boosted engines up to 1500 horsepower. Its raw finish allows for easy fabrication and customization, enabling enthusiasts and professional builders to tailor the intercooler to their specific setup. Whether fitting into tight spaces or completing a track-ready build, this intercooler core provides reliable cooling performance.
Constructed with optimized fins and bars, each chamber balances airflow and thermal transfer, ensuring effective temperature management during intense driving sessions. The core’s dimensions are designed to fit a variety of custom configurations, offering flexibility without compromising on performance. It is shipped ready for installation, allowing for a straightforward upgrade to your existing cooling system. Built with quality and longevity in mind, all Mishimoto intercooler cores undergo strict quality control and are backed by the Mishimoto Lifetime Warranty, providing confidence in your investment.
Ideal for motorsport enthusiasts, tuners, and advanced DIYers, the Mishimoto Universal Air-to-Water Race Intercooler Core is a versatile choice for boosting your engine’s efficiency and reliability. Please note that this product is not CARB approved but is designed to meet the demands of high-performance applications. Its compatibility and effectiveness make it a valuable addition to any turbocharged or supercharged build seeking maximum cooling capacity and durability.
Features:
- Robust bar-and-plate construction for durability and heat dissipation
- Optimized fins and bars to balance airflow and thermal transfer
- Designed to handle up to 1500 horsepower boosts
- Raw finish allows for customization and easy fabrication
- Ready for installation in high-performance systems

























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