Big power requires big cooling, and Mishimoto is here to deliver. This Mishimoto universal L-line intercooler features a massive 4"-thick core that's capable of supporting up to 1,000 horsepower. The one-piece, cast-aluminum end tanks are far stronger...

A small cooler packing a big punch, this universal front-mount intercooler has been engineered to handle 500HP, even with its compact size.Tested on the highest HP Hyundai Genesis Coupe in the world, the Mishimoto J-Line intercooler is perfect for cars...

A smaller cooler packing a big punch, this universal front-mount intercooler has been engineered to handle 500HP, even with its compact size.Tested on the highest HP Hyundai Genesis Coupe in the world, the Mishimoto J-Line intercooler is perfect for cars...

A small cooler packing a big punch, this universal front-mount intercooler has been engineered to handle 500HP, even with its compact size.Tested on the highest HP Hyundai Genesis Coupe in the world, the Mishimoto J-Line intercooler is perfect for cars...

Sleek and stylish, this universal front-mount intercooler will provide the perfect cooling capacity needed for smaller turbo applications.All Mishimoto intercoolers are constructed of 6061 aluminum and are TIG welded to perfection.Coated all-Gold finish...

Sleek and stylish, this universal front-mount intercooler will provide the perfect cooling capacity needed for smaller turbo applications.All Mishimoto intercoolers are constructed of 6061 aluminum and are TIG welded to perfection.Coated all-black finish...

Sleek and stylish, this universal front-mount intercooler will provide the perfect cooling capacity needed for smaller turbo applications.All Mishimoto intercoolers are constructed of 6061 aluminum and are TIG welded to perfection.Note: For your taste,...

Keeping air intake temperatures low is the key to decreasing the impact of heat soak, reducing detonation, and producing consistent power output. As a result, Intercooler systems have evolved substantially over the last decade, bringing liquid-to-air...

Keeping air intake temperatures low is the key to decreasing the impact of heat soak, reducing detonation, and producing consistent power output. As a result, Intercooler systems have evolved substantially over the last decade, bringing liquid-to-air...

Keeping air intake temperatures low is the key to decreasing the impact of heat soak, reducing detonation, and producing consistent power output. As a result, Intercooler systems have evolved substantially over the last decade, bringing liquid-to-air...

Keeping air intake temperatures low is the key to decreasing the impact of heat soak, reducing detonation, and producing consistent power output. As a result, Intercooler systems have evolved substantially over the last decade, bringing liquid-to-air...

Keeping air intake temperatures low is the key to decreasing the impact of heat soak, reducing detonation, and producing consistent power output. As a result, Intercooler systems have evolved substantially over the last decade, bringing liquid-to-air...

Keeping air intake temperatures low is the key to decreasing the impact of heat soak, reducing detonation, and producing consistent power output. As a result, Intercooler systems have evolved substantially over the last decade, bringing liquid-to-air...

Keeping air intake temperatures low is the key to decreasing the impact of heat soak, reducing detonation, and producing consistent power output. As a result, Intercooler systems have evolved substantially over the last decade, bringing liquid-to-air...

Keeping air intake temperatures low is the key to decreasing the impact of heat soak, reducing detonation, and producing consistent power output. As a result, Intercooler systems have evolved substantially over the last decade, bringing liquid-to-air...

Keeping air intake temperatures low is the key to decreasing the impact of heat soak, reducing detonation, and producing consistent power output. As a result, Intercooler systems have evolved substantially over the last decade, bringing liquid-to-air...

Keeping air intake temperatures low is the key to decreasing the impact of heat soak, reducing detonation, and producing consistent power output. As a result, Intercooler systems have evolved substantially over the last decade, bringing liquid-to-air...

Keeping air intake temperatures low is the key to decreasing the impact of heat soak, reducing detonation, and producing consistent power output. As a result, Intercooler systems have evolved substantially over the last decade, bringing liquid-to-air...

Keeping air intake temperatures low is the key to decreasing the impact of heat soak, reducing detonation, and producing consistent power output. As a result, Intercooler systems have evolved substantially over the last decade, bringing liquid-to-air...

Koyo Universal Aluminum HyperCore Intercooler Core (24in. X 10in. X 2.5in.)