Elegant Forge Motorsport Enlarged Discharge Pipe For 2.0 Tsi Ea888 Evo4 (for 63mm Inlets) - Exclusive Drop [A8UxeEWy]

Forge Motorsport Enlarged Discharge Pipe

The Forge Motorsport Enlarged Discharge Pipe is a precision-engineered upgrade designed for the 2.0 TSI EA888 EVO4 engine. This high-performance component is a direct replacement for the OEM 5WA 145 840D part, ensuring compatibility with both OEM and aftermarket intercoolers featuring 63mm inlets. Crafted to enhance airflow and volume, this discharge pipe is a must-have for tuners looking to maximize the potential of their EVO 4 engine.

• High-flow design for increased air volume and efficiency.
• Direct fitment for OEM and aftermarket intercoolers with 63mm inlets.

Technical Specifications and Quality

The Forge discharge pipe features a mandrel-bent and shaped alloy hard pipe, which increases the internal diameter from 63mm to 70mm, providing a superior flow path from the turbo outlet to the intercooler junction. The kit includes newly developed hoses constructed from 4-ply fluorinated-lined silicone for durability and flexibility. The billet bracket ensures a secure fitment, while the textured black powder coat and black silicone hoses maintain a stealthy appearance.

• Increased internal diameter for higher airflow and efficiency.
• High-quality materials for durability and long-lasting performance.

Performance Benefits and Applications

This advanced discharge pipe setup not only withstands higher boost levels but also improves the overall efficiency of the air intake system. With this upgrade, you can expect performance gains of up to 3-5BHP and 5-7NM of torque. The Forge Motorsport Enlarged Discharge Pipe is ideal for tuners seeking to unlock the full potential of their EVO 4 engine while maintaining a factory-like appearance.

• Performance gains of 3-5BHP and 5-7NM of torque.
• Stealthy appearance with black powder coat and silicone hoses.

Upgrade your 2.0 TSI EA888 EVO4 engine today with the Forge Motorsport Enlarged Discharge Pipe for optimal performance and reliability.