Intercoolers

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...

3.00in. Inlet/Outlet. Core Size: 24.00in. (L) x 12.00in. (H) x 3.00in. (T) Universal IntercoolerThis Part Fits:YearMakeModelSubmodel2000-2009HondaS2000Base2008-2009HondaS2000CR

Koyo Universal Aluminum HyperCore Heat Exchanger (22in. X 14in. X 2.5in.)

Koyo Universal Aluminum HyperCore Heat Exchanger (18in. X 5in. X 2.5in.)

Koyo Universal Aluminum HyperCore Heat Exchanger (28in. X 10in. X 4in.)

HKS Intercooler Kit w/o Piping Civic FK7 (L15C)

Garrett Air / Air Intercooler CAC (13.10in x 8.60in x 5.00in) - 800 HP