Mishimoto
Mishimoto MMINT-A2W-DP-3 Universal Air-To-Water Intercooler Dual Pass (1500hp) - Same Side Inlet/Outlet
Mishimoto MMINT-A2W-DP-3 Universal Air-To-Water Intercooler Dual Pass (1500hp) - Same Side Inlet/Outlet
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Unleash the full potential of your high-performance engine with the Mishimoto MMINT-A2W-DP-3 Universal Air-To-Water Intercooler. Engineered for efficiency and power, this dual-pass intercooler is designed to handle up to 1500 horsepower, making it an ideal choice for enthusiasts looking to push the limits of their vehicle. Featuring a same-side inlet and outlet configuration, this intercooler is perfect for custom setups where space and routing flexibility are paramount.
Crafted from high-quality aluminum, the Mishimoto intercooler is built to withstand the rigors of extreme performance conditions. Its advanced design ensures optimal cooling efficiency, reducing intake air temperatures and maximizing engine output. Whether you're on the track or the street, this intercooler provides the cooling performance needed to keep your engine running at its best.
With its universal fitment, the MMINT-A2W-DP-3 offers versatility for a wide range of applications. Whether you're upgrading your turbocharged or supercharged system, this intercooler provides the perfect balance of performance and reliability. Trust Mishimoto, a leader in automotive cooling solutions, to deliver a product that meets the demands of high-horsepower builds.
Fitment Information:This Mishimoto Universal Air-To-Water Intercooler is designed for a wide range of custom applications. Please ensure compatibility with your specific setup before purchase. Key fitment details include:
- Universal fitment for custom applications
- Designed for high-performance engines up to 1500 horsepower
- Same-side inlet and outlet for flexible routing
- Ideal for turbocharged or supercharged systems
- High-quality aluminum construction for durability
Upgrade your cooling system with the Mishimoto MMINT-A2W-DP-3 and experience the difference in performance and reliability.
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