Eventuri Carbon Intake System for Audi RS6/RS7 C7

The Eventuri intake system for the Audi C7 RS6 / RS7 sets a new standard for design and efficiency on this platform. Its development focused on two main goals:

1. To free up the airflow path to the turbos
2. To maintain low intake temperatures

The result is a system that not only looks impressive but offers quantifiable gains in power and acceleration.

Real results:

• +15–19 hp
• +13–17 ft-lb
• 60–130 mph acceleration improved by 0.4 sec.

How is this achieved?

1. Freer path to the turbos

For each turbo, Eventuri uses a separate filter and separate Venturi stack, which reduces resistance and allows the turbos to operate more efficiently.

2. Low intake temperatures

The filters are housed in a closed carbon fiber airbox, which is fed by an additional scoop behind the front grille. This is especially important for the C7 RS6 / RS7, where the engine bay has multiple heat sources from different directions.

Unlike standard open filter solutions with a heat shield, which would lead to higher IAT values, Eventuri uses a fully enclosed carbon fiber housing, designed to maximize available volume and isolate all major heat sources.

The Eventuri Difference

The system uses 2 Venturi stacks, mounted directly to the filters, which transition smoothly to the turbo pipes. This creates an aerodynamically efficient airflow path from the filters to the turbos.

This is not just another conical filter with a heat shield, but a uniquely engineered Venturi design that:

• maintains laminar flow
• reduces drag on the turbos
• increases system efficiency

Key advantages:

• Quantifiable gains in power and acceleration
• Freer airflow to both turbos
• Low IATs thanks to the enclosed carbon fiber airbox
• Dual Venturi configuration
• Higher turbo efficiency
• Premium carbon fiber aesthetics
• One of the best systems for the C7 RS6 / RS7 platform

An ideal choice for owners of the C7 RS6 / RS7 who are looking for a premium intake solution with real performance value, faster response, and better heat resistance, without compromising aesthetics.