A power upgrade changes the conversation under the hood. Once the tune, turbocharger, and airflow hardware enter the plan, charge cooling deserves its own place in the project.

Wagner Tuning offers several ways to approach that part of a build. Its range at Extreme Power House includes replacement intercoolers, intake manifolds with integrated intercoolers, cooling-circuit components, and related piping.

The variety matters because turbocharged vehicles use different arrangements to cool the air entering the engine. A front-mounted intercooler, an engine-mounted charge cooler, and a cooler integrated into an intake manifold represent different installation layouts.

The Wagner Tuning collection at XPH gives owners a place to explore those options across performance cars and SUVs. Begin with the cooling system fitted to your vehicle, then compare the upgrade developed for that application.

 

Give Charge Cooling a Defined Role

Cooling hardware should have a clear purpose within the build. Establish which component you are changing and how it relates to the surrounding system.

Wagner’s BMW M5/M8 intercooler listing provides one example. It describes an indirect charge-air cooling circuit in which a water-cooled intercooler cools the compressed air. The upgrade replaces that component within the existing arrangement.

That is a different purchase from a front-mounted water cooler serving the cooling circuit. Both can appear during a search for cooling upgrades, so identify the component’s role before comparing specifications.

For an owner gathering parts, this makes the project easier to organize. The installer and tuner can assess the proposed hardware as part of a complete system, with the vehicle’s configuration and intended use in view.

BMW S55: A Larger Core in a Dedicated Replacement

XPH lists Wagner’s Performance Intercooler Kit for the S55-powered BMW M2 Competition, M3, and M4 under part number 200001124.

The listed core measures 287 x 185 x 115mm, with a volume of 6.10 liters. Wagner compares that with the original cooler’s listed 2.85-liter volume and describes a 114 percent increase in external core volume.

The design also uses cast-aluminum end tanks developed with CAD and CFD simulation, alongside a heat-conducting anti-corrosion coating.

For an F80 M3, F82/F83 M4, or S55 M2 Competition project, those are concrete details to review when evaluating a replacement cooler. The core dimensions describe the hardware change; the finished result also depends on the surrounding installation and vehicle setup.

Match the exact S55 application and review the supplied mounting hardware and instructions when planning the work.

BMW B58 and Toyota Supra: Cooling Within the Manifold

For supported B58.2 applications, Wagner takes a different approach with its EVO1 intake manifold and integrated intercooler, listed at XPH as 200001175.

The product combines the manifold and charge-cooling core in an assembly designed for the engine’s available space. XPH’s application list includes supported BMW M240i, M340i, M440i, Z4 M40i, and Toyota GR Supra MK5 configurations.

Its description identifies a larger external intercooler-core volume, CFD-developed airflow paths, and additional ports for supported monitoring or separately planned systems. It also notes that oil-filter service can be performed without removing the manifold.

For an owner developing a B58 project, this is a substantial component to consider within the larger plan. Confirm the engine generation and exact application, then review its connections and any optional equipment with the installer.

The manifold’s provisions for additional hardware should be evaluated individually so the completed setup reflects the actual build.

Audi C7: Account for the Engine’s Cooling Layout

Wagner’s Performance Intercooler Kit 200001193 is listed at XPH for supported Audi C7 RS6, RS7, S6, and S7 applications with the 4.0-liter biturbo V8.

The description identifies a water-cooled charge cooler positioned within the engine’s hot-V layout. Its design includes an enlarged core and aluminum end tanks developed using CFD simulation.

That packaging gives the Audi project its own installation context. An owner comparing cooling products should focus on the component intended for the exact engine arrangement.

XPH also lists four 1/8 NPT ports for additional parameter measurement. For a build with a monitoring plan, those provisions are worth reviewing alongside the cooler itself. Determine which sensors and supporting equipment are needed before treating a measurement port as a complete monitoring solution.

Mercedes-Benz: A Front-Mounted Competition Intercooler

The Wagner Competition Intercooler EVO1 listing at XPH, part number 200001058, covers supported Mercedes-Benz A-Class, CLA, and B-Class applications.

Its specifications describe a 640 x 200 x 110mm core with a listed volume of 14.08 liters. The package includes the intercooler, aluminum adapters, mounting materials, and installation instructions.

For an owner of a supported CLA250 or another listed application, the supplied adapters and installation components deserve attention alongside the core dimensions. They define how the upgrade connects to the vehicle.

Use the chassis, engine, and production information in the individual fitment list when ordering. The product covers several applications, and the precise vehicle details provide the useful link between a broad cooling search and the correct package.

Performance SUVs: Cooling Upgrades Beyond the Coupe

Wagner’s range at XPH also includes the 200001224 intercooler kit for supported Volkswagen Touareg Gen 3 3.0 TFSI, Audi Q7/Q8 3.0 TFSI, and Porsche Cayenne E3 3.0 Turbo applications.

The listing describes a pair of intercoolers with cast-aluminum end tanks, protective coating, and a combined core volume of 16.4 liters. It identifies factory mounting points and OEM air ducts as part of the installation arrangement.

For a performance SUV project, the paired package helps establish the scope of the purchase. Review both sides of the installation and their connections, then compare the kit with the engine and current hardware in the vehicle.

These applications demonstrate the breadth of Wagner’s cooling catalog. The same attention to component design and fitment belongs in an SUV build as in a smaller performance car

Read the Specification as a Whole

Core volume is useful information, but it is one part of a cooling product’s description.

Consider the end-tank design, airflow connections, mounting requirements, included hoses or adapters, and any changes already made to the car. Keep the exact part number with the installation plan.

A useful comparison connects those details to the project: which component is being replaced, what comes in the package, and how it works with the surrounding system.

Explore Wagner Tuning at XPH

Wagner Tuning offers different cooling approaches for different vehicle layouts. Choosing the right one begins with understanding the application and giving charge cooling a defined place in the overall build.

Shop Wagner Tuning at Extreme Power House to explore intercoolers, integrated intake manifolds, cooling components, and supporting hardware for your next performance project.