The Wagner Tuning high-performance intercooler has got a new competition core (Tube Fin) with the dimensions 670 mm x 183,4 mm x 125 mm (15.4 liters)/ 26,38Inch x 7,22Inch x 4,92Inch (939,76Inch³), which was developed especially for the requirements of the Honda Civic Type R FK8. This high-performance core offers a 91 % larger frontal surface and 140 % more core volume compared to the stock intercooler. Inlet diameter Ø65 mm/2,56Inch & Outlet diameter is Ø70 mm/2,75Inch.
The aluminum cast end tanks were designed in CAD and optimized in CFD simulations (for an ideal internal airflow). An incorporated air baffle inside the intercooler inlet ensures a uniform filling of the intercooler. The result is an excellent cooling property with minimal backpressure. The newly developed competition high-performance core is very light and provides the adjoining components (for example the watercooler) enough airflow by using a specially prepared air baffle. That`s why this kit is perfect for racing use. An optimal cooling effect of the charged air with a significant increase in performance!
An anti-corrosion powder coating with perfect heat-conducting properties protects the Wagner Tuning intercooler from all environmental influences, so a lasting and optimal cooling effect can be guaranteed. The installation is done by replacing the original intercooler and is easy to perform (plug and play). All our products are subject to continuous quality monitoring.
This item can only be used in a competition racing vehicle that is not driven on public roads, under California state law it is not legal for use in any other motor vehicle!
- 100% perfect fit. Easy installation
- Latest tube fin technology intercooler cores
- 670 mm x 183,4 mm x 125 mm core dimensions
- V = 15,4 L / 939,76Inch³ & A = 1226 cm²/ 190 Inch²
- Optimized by CFD for best possible internal airflow
- With mounting material & 2x black silicone hoses,
- With Air baffle & Tuv certification
Vehicle Fitment Chart:
|Civic Type R FK8
Images are for representation purpose only and may differ depending on application.