Vibrant Air-to-Air IC Assy complete w/ end tanks core size: 22in Wx9in Hx3.25in thick 2.5in in/out - 12810

Vibrant Air to Air Intercoolers feature bar and plate construction that is designed to deliver maximum cooling efficiency while minimizing pressure drop. Furthermore, their overall strength and durability make them capable of handling even the most...

Vibrant Air-to-Air IC Assy complete w/ end tanks core size: 25in Wx12in Hx3.5in thick 3in in / out - 12815

Vibrant Air to Air Intercoolers feature bar and plate construction that is designed to deliver maximum cooling efficiency while minimizing pressure drop. Furthermore, their overall strength and durability make them capable of handling even the most...

Vibrant Air-to-Air Intercooler Core Only (core size: 18in W x 6.5in H x 3.25in thick) - 12830

Vibrant Air to Air Intercooler Cores feature heavy duty bar and plate construction that is designed to deliver maximum cooling efficiency while minimizing pressure drop. These intercooler cores are designed for forced induction engines found in...

Vibrant Air-to-Air Intercooler Core Only (core size: 22in W x 11.8in H x 4.5in thick) - 12838

Vibrant Air to Air Intercooler Cores feature heavy duty bar and plate construction that is designed to deliver maximum cooling efficiency while minimizing pressure drop. These intercooler cores are designed for forced induction engines found in...

Vibrant Air-to-Air Intercooler Core Only (core size: 22in W x 5.9in H x 3.5in thick) - 12836

Vibrant Air to Air Intercooler Cores feature heavy duty bar and plate construction that is designed to deliver maximum cooling efficiency while minimizing pressure drop. These intercooler cores are designed for forced induction engines found in...

Vibrant Air-to-Air Intercooler Core Only (core size: 22in W x 9in H x 3.25in thick) - 12831

Vibrant Air to Air Intercooler Cores feature heavy duty bar and plate construction that is designed to deliver maximum cooling efficiency while minimizing pressure drop. These intercooler cores are designed for forced induction engines found in...

Vibrant Air-to-Air Intercooler Core Only (core size: 25in W x 12in H x 3.5in thick) - 12832

Vibrant Air to Air Intercooler Cores feature heavy duty bar and plate construction that is designed to deliver maximum cooling efficiency while minimizing pressure drop. These intercooler cores are designed for forced induction engines found in...

Vibrant Horizontal Flow Air Intercooler Core 25in Width x 11.75in Height x 4.5in Thick - 12963

Vibrant Performance Horizontal Flow Air to Air Intercooler Cores feature Bar and Plate construction and a unique louvered fin design on the ambient path that maximizes the core's available surface area, and an offset fin design on the charge path allows...

Vibrant Horizontal Flow Intercooler Core 14in x 11.75in x 3.5in Thick - 12930

Vibrant Performance Horizontal Flow Air to Air Intercooler Cores feature Bar and Plate construction and a unique louvered fin design on the ambient path that maximizes the core's available surface area, and an offset fin design on the charge path allows...

Vibrant Horizontal Flow Intercooler Core 20in Width x 11.75in Height x 3in Thick - 12915

Vibrant Performance Horizontal Flow Air to Air Intercooler Cores feature Bar and Plate construction and a unique louvered fin design on the ambient path that maximizes the core's available surface area, and an offset fin design on the charge path allows...

Vibrant Horizontal Flow Intercooler Core 22in. W x 11.75in. H x 3.5in. Thick - 12948

Vibrant Performance Horizontal Flow Air to Air Intercooler Cores feature Bar and Plate construction and a unique louvered fin design on the ambient path that maximizes the core's available surface area, and an offset fin design on the charge path allows...

Vibrant Horizontal Flow Intercooler Core 24in Wide x 11.75in High x 3in Thick - 12922

Vibrant Performance Horizontal Flow Air to Air Intercooler Cores feature Bar and Plate construction and a unique louvered fin design on the ambient path that maximizes the core's available surface area, and an offset fin design on the charge path allows...