The Wagner Turbo outlet has been specially developed for the VW Polo AW GTI 2.0 GTI with EA888 Gen.4 DNNA engine (152 kW / 207 PS from 08/2021) and enables a plug-and-play replacement of the standard part. The turbo outlet is manufactured from high-quality aluminum alloy and CNC-machined (Made in Germany) for excellent quality and durability, and features a black anodization that protects against corrosion.
The turbo outlet was developed using CFD flow simulations to maximize the air mass flow. The inner diameter has been increased from Ø44 mm to Ø48 mm, which is an increase in the cross-section of almost 20% delivers and ensures a higher maximum output and improved response. The outlet fits seamlessly into the existing intake system and requires no complex modifications.
Properties
- Optimized performance: developed with CFD flow simulations to maximize air mass flow
- Inner diameter increased from Ø44 mm to Ø48 mm, almost 20% more cross-section
- Higher maximum output and improved response
- Plug-and-play installation without complex modifications
- High-quality aluminum alloy, CNC machined (Made in Germany)
- Black anodization for an attractive appearance and protection against corrosion
Technical specifications
- Vehicle: VW Polo AW GTI 2.0 GTI with EA888 Gen.4 DNNA engine (152 kW / 207 PS from 08/2021)
- Inner diameter: increased from Ø44 mm to Ø48 mm (almost 20% more cross-section)
- Material: high-quality aluminum alloy, CNC machined (Made in Germany)
- Finish: black anodization
- Weight: 1.50 kg
Contents of the set
- Wagner Turbo outlet (exhaust nozzle)
Frequently Asked Questions
For which vehicle is this turbo outlet suitable?
For the VW Polo AW GTI 2.0 GTI with EA888 Gen.4 DNNA engine (152 kW / 207 PS from 08/2021).
How much larger is the inner diameter?
The inner diameter has been increased from Ø44 mm to Ø48 mm, resulting in an increase in cross-section of nearly 20%.
Is the assembly complicated?
No, the turbo outlet is plug-and-play and fits seamlessly into the existing intake system without complex modifications.
