Wagner Tuning Audi TTRS 8S EVO 3 Competition Intercooler Kit


In Stock: Receive in 10-14 Working days if ordered by 4pm

£1,570.00 £1,308.33 ex. VAT

Since 2002 WAGNER TUNING have been developing and producing high quality engine parts, such as intake manifolds, exhaust manifolds, downpipes and intercooler kits. Recent technology advancements coupled with years of experience ensure optimum performance and highest manufacturing precision for customers.

In Stock: Receive in 10-14 Working days if ordered by 4pm

SKU: ET913 Category:

Description

Competition Intercooler Kit EVO3 for Audi TTRS 8S

The high performance intercooler has the following core dimension (515mm x 367mm x 95mm = 16.500cm³) and thus offers a 84% larger cooling surface and 101% more charge air volume compared to the original intercooler. Our engineers have increased the intercooler core size and efficiency, as well as improved the end tank design to remove any OEM bottlenecks, resulting in increased flow rating and charge cooling properties. This intercooler uses our award winning WAGNERTUNING Competition Intercooler Core, which is made specifically for this application. Constructed of the highest quality Tube and Fin intercooler cores with inside turbulators combined with cast aluminium endtanks optimised by CFD for best possible internal airflow. With the help of additional air guides, inside inlet, a uniform filling of the intercooler is provided. The result is excellent cooling properties with minimum pressure drop. So this kit is just the right thing for racing. The intercooler and the original crossmember form a stable unit and weighs only 11.7 kg. It is mounted to the original mounting points and is easy to perform (1:1 exchange). Optimum cooling of the charged air with a clear increase in performance! 68mm Inlet and Outlet.

OEM intercooler:
cooling surface 1024cm² / charge-air-volume 8,2L

WT EVO 3 Competition:
cooling surface 1890cm² / charge-air-volume 16,5L

Packing list:
1 intercooler including crossmember
1 mounting material
1 installation instruction