Forced Induction

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 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 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 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 for minimal pressure...

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 for minimal pressure...

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 for minimal pressure...

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 for minimal pressure...

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 for minimal pressure...

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 for minimal pressure...

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 for minimal pressure...

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 for minimal pressure...

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 for minimal pressure...

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 for minimal pressure...

Vibrant Intercooler Brackets are made from stainless steel construction and have been originally designed to be used with the Vibrant Intercooler Assemblies, however can be used on any custom application. Vibrant offers three different sizes can directly fit with the Vibrant 3.25”, 3.5” and...

Vibrant Intercooler Brackets are made from stainless steel construction and have been originally designed to be used with the Vibrant Intercooler Assemblies, however can be used on any custom application. Vibrant offers three different sizes can directly fit with the Vibrant 3.25”, 3.5” and...

Vibrant Intercooler Brackets are made from stainless steel construction and have been originally designed to be used with the Vibrant Intercooler Assemblies, however can be used on any custom application. Vibrant offers three different sizes can directly fit with the Vibrant 3.25”, 3.5” and...

Vibrant Intercooler Assemblies are all designed in house, and feature the same bar and plate construction as well as Louvered fin design on ambient air path with offset fin design on charge air path that is found in our lineup of Intercooler Cores. Each...

Vibrant Intercooler Assemblies are all designed in house, and feature the same bar and plate construction as well as Louvered fin design on ambient air path with offset fin design on charge air path that is found in our lineup of Intercooler Cores. Each...

Vibrant Intercooler Assemblies are all designed in house, and feature the same bar and plate construction as well as Louvered fin design on ambient air path with offset fin design on charge air path that is found in our lineup of Intercooler Cores. Each...

AEM Charge Pipes are high-flow, mandrel-bent aluminum upgrade tubes engineered to replace restrictive factory intercooler piping on turbocharged vehicles, delivering smoother, more efficient airflow and expanded performance potential. Designed to minimize turbocharged air pressure loss and significantly increase airflow from the turbo to the...

AEM Charge Pipes are high-flow, mandrel-bent aluminum upgrade tubes engineered to replace restrictive factory intercooler piping on turbocharged vehicles, delivering smoother, more efficient airflow and expanded performance potential. Designed to minimize turbocharged air pressure loss and significantly increase airflow from the turbo to the...

AEM Charge Pipes are high-flow, mandrel-bent aluminum upgrade tubes engineered to replace restrictive factory intercooler piping on turbocharged vehicles, delivering smoother, more efficient airflow and expanded performance potential. Designed to minimize turbocharged air pressure loss and significantly increase airflow from the turbo to the...

AEM Charge Pipes are high-flow, mandrel-bent aluminum upgrade tubes engineered to replace restrictive factory intercooler piping on turbocharged vehicles, delivering smoother, more efficient airflow and expanded performance potential. Designed to minimize turbocharged air pressure loss and significantly increase airflow from the turbo to the...

AEM Charge Pipes are high-flow, mandrel-bent aluminum upgrade tubes engineered to replace restrictive factory intercooler piping on turbocharged vehicles, delivering smoother, more efficient airflow and expanded performance potential. Designed to minimize turbocharged air pressure loss and significantly increase airflow from the turbo to the...

Help reduce the heat in your 2015+ Subaru WRX engine bay with this Mishimoto turbo blanket. One of the main drawbacks to a turbocharger is the massive amount of heat that it produces, and with the WRX top-mount intercooler, that heat can severely effect...

Help reduce the heat in your 2001-2014 Subaru WRX or 2004-2017 STI engine bay with this Mishimoto turbo blanket. One of the main drawbacks to a turbocharger is the massive amount of heat that it produces, and with the top-mount intercooler just inches away...

Help reduce the heat in your 2020 Toyota GR Supra (3.0L) engine bay with this Mishimoto turbo blanket. One of the main drawbacks to a turbocharger is the massive amount of heat that it produces. That heat can severely affect intake air temperatures and...

Help reduce the heat in your 1996-2002 Dodge Ram 5.9L Cummins engine bay with this Mishimoto turbo blanket. One of the main drawbacks to a turbocharger is the massive amount of heat that it produces. That heat can severely affect intake air temperatures and...

Help reduce the heat in your 2007.5-2018 Dodge Ram 6.7L Cummins engine bay with this Mishimoto turbo blanket. One of the main drawbacks to a turbocharger is the massive amount of heat that it produces. That heat can severely affect intake air temperatures and...

Help reduce the heat in your 2004.5-2009 Dodge Ram 5.9L Cummins engine bay with this Mishimoto turbo blanket. One of the main drawbacks to a turbocharger is the massive amount of heat that it produces. That heat can severely affect intake air temperatures and...

Help reduce the heat in your 2007-2011 N54 BMW (135i,335i,535i) engine bay with this Mishimoto turbo blanket. One of the main drawbacks to a turbocharger is the massive amount of heat that it produces. That heat can severely affect intake air temperatures and rob...

Help reduce the heat in your 2015-2023 Ford Mustang EcoBoost engine bay with this Mishimoto turbo blanket. One of the main drawbacks to a turbocharger is the massive amount of heat that it produces. That heat can severely affect intake air temperatures and rob...

High-performance component designed to enhance thermal efficiency, durability, and reliability under demanding conditions. Engineered to support optimal temperature control and system performance across applications.

Help reduce the heat in your 2017-2020 Ford Raptor 3.5L EcoBoost's engine bay with these Mishimoto turbo blankets. One of the main drawbacks to a turbocharger is the massive amount of heat that it produces. That heat can severely affect intake air temperatures and...

Help reduce the heat in your 2003-2007 Ford 6.0L Powerstroke engine bay with this Mishimoto turbo blanket. One of the main drawbacks to a turbocharger is the massive amount of heat that it produces. That heat can severely affect intake air temperatures and rob...

Help reduce the heat in your 2017-2019 Chevrolet/GMC 6.6L L5P Duramax engine bay with this Mishimoto turbo blanket. One of the main drawbacks to a turbocharger is the massive amount of heat that it produces. That heat can severely affect intake air temperatures and...

Help reduce the heat in your 2004.5-2016 Chevrolet/GMC 6.6L LLY, LBZ, LMM, and LML Duramax engine bay with this Mishimoto turbo blanket. One of the main drawbacks to a turbocharger is the massive amount of heat that it produces. That heat can severely affect...

Help reduce the heat in your 2001-2004 Chevrolet/GMC 6.6L Duramax engine bay with this Mishimoto turbo blanket. One of the main drawbacks to a turbocharger is the massive amount of heat that it produces. That heat can severely affect intake air temperatures and rob...

Help reduce the heat in your 2017-2021 Honda Civic Type R engine bay with this Mishimoto turbo blanket. One of the main drawbacks to a turbocharger is the massive amount of heat that it produces. That heat can severely affect intake air temperatures and...

Help reduce the heat in your 2016-2021 Honda Civic 1.5T engine bay with this Mishimoto turbo blanket. One of the main drawbacks to a turbocharger is the massive amount of heat that it produces. That heat can severely affect intake air temperatures and rob...

CSF BMW M2/M3/M4 S58 (G8X) Charge-Air Cooler Manifold - Miami Blue

Innovate Aluminum MAC Solenoid Bracket (w/ Screws)

Innovate High Resolution MAC Solenoid

The Innovate Motorsports Scg-1 Is A Revolutionary Approach To Boost Control That Integrates An Advanced Standalone Boost Controller With Innovates Industry Leading Directdigital Wideband Air Fuel Ratio Technology. When Innovate Motorsports Decided To Build A Boost Controller, They Knew They Had To Offer More...

CSF S58 No Limit Billet Air-To-Air Competition Manifold

CSF B58 No Limit Billet Air-To-Air Competition Manifold