Carbon Series | 2.0 TDI Intake
SKU: RV581M201100

Overview

The Revo Carbon Series Air Intake system is a direct replacement kit and includes a beautiful carbon front panel, designed to increase the flow of air utilising an internal fin, along with a second feed into the engine bay to help keep ambient temperatures lower. The Revo Panel Filter upgrade replaces the restrictive stock paper filter, and a Revo silicone hose allows air to flow smoothly to the turbo from the airbox, resolving the restrictions found during flow testing of the OEM system to improve your engines response and the power it can create.

Key Features 

• Improved performance and response
• Replaces rear pipe with a silicone hose
• Smooths airflow and reduces restriction
• Direct replacement carbon fibre kit
• Proven performance benefits 

Carbon Air Scoop – Manufactured using the highest quality materials, the Revo carbon front section directly replaces the standard plastic part and integrates a direct cold air feed which is blanked off on the standard part to lower engine bay temperatures. A matte carbon finish coupled with impressive performance benefits delivers in form and function, looking great in the engine bay yet still performing above and beyond the OEM part.

Revo Panel Filter – Revo Panel Filters use multi-layered foam technology to trap dust and dirt while maintaining flow efficiency over time. Using foam increases the filter’s surface area and is washable, compared to standard paper and cotton filters which trap dust on the surface and become less efficient the more they are used, choking the engine and reducing performance.

Silicone Intake Hose – No detail has been overlooked when reducing restrictions within the stock airflow system. The stock corrugated plastic hose is replaced with a smooth silicone one, reducing air turbulence. A four-ply construction with an internal wire helix increases strength to prevent collapsing under pressure. Internal steps flush fit against the stock airbox and the turbo inlet, creating a smooth transition between components ensuring the smoothest airflow.