Forced Induction

Wagner Tuning BMW F20/F30 EVO2 Competition Intercooler

Wagner Tuning Volkswagen Golf/Jetta 6 1.6/2.0L TDI Competition Intercooler Kit

Wagner Tuning Mini Cooper S Facelift (Incl. JCW/Non GP2 Models) Competition Intercooler

Wagner Tuning 05-13 BMW 325d/330d/335d E90-E93 Diesel Performance Intercooler

Wagner Tuning 07-10 Mini Cooper S R56 Performance Intercooler

Wagner Tuning BMW 135i/335i/Z4/1M N54/N55 EVO1 Performance Intercooler

Vibrant Performance Aluminum End Tank Assemblies are manufactured from 1/8 in. (3.2mm) thick 5052 Aluminum sheets. These 3-piece assemblies save fabricators time and money vs. making their own end tanks to weld to Vibrant Intercooler cores.

Vibrant Performance Aluminum End Tank Assemblies are manufactured from 1/8 in. (3.2mm) thick 5052 Aluminum sheets. These 3-piece assemblies save fabricators time and money vs. making their own end tanks to weld to Vibrant Intercooler cores.

Vibrant Performance Aluminum End Tank Assemblies are manufactured from 1/8 in. (3.2mm) thick 5052 Aluminum sheets. These 3-piece assemblies save fabricators time and money vs. making their own end tanks to weld to Vibrant Intercooler cores.

Vibrant Performance Aluminum End Tank Assemblies are manufactured from 1/8 in. (3.2mm) thick 5052 Aluminum sheets. These 3-piece assemblies save fabricators time and money vs. making their own end tanks to weld to Vibrant Intercooler cores.

Vibrant Performance Aluminum End Tank Assemblies are manufactured from 1/8 in. (3.2mm) thick 5052 Aluminum sheets. These 3-piece assemblies save fabricators time and money vs. making their own end tanks to weld to Vibrant Intercooler cores.

Vibrant Performance Aluminum End Tank Assemblies are manufactured from 1/8 in. (3.2mm) thick 5052 Aluminum sheets. These 3-piece assemblies save fabricators time and money vs. making their own end tanks to weld to Vibrant Intercooler cores.

Vibrant Performance manual boost controller is CNC machined and entirely made of 6061 billet aluminum and premium grade brass. It has proven to be one of the easiest and most cost effective ways to squeeze more horsepower and torque from your turbocharged vehicle. Vibrant...

Vibrant Performance's new Water to Air intercooler cores offer superior cooling for high-performance vehicles, particularly those with high boost and heat demands. These intercoolers are compact, lightweight, and more efficient than traditional Air to Air cores due to water's superior cooling properties. They don't...

Vibrant Performance Vertical 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 for minimal pressure...

Vibrant Performance Vertical 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 for minimal pressure...

Vibrant Performance Vertical 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 for minimal pressure...

Vibrant Performance Vertical 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 for minimal pressure...

Vibrant Performance Vertical 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 for minimal pressure...

Vibrant Performance Vertical 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 for minimal pressure...