Eventuri approaches intake design differently from a conventional aftermarket intake manufacturer.

Instead of simply increasing tubing diameter or replacing the factory airbox, Eventuri develops the complete airflow path around the requirements of each engine.

Its patented filter housing technology is designed to create a smoother transition from the filter to the intake tract while controlling the direction and quality of incoming air. The result is an intake system engineered as an entire airflow solution rather than a collection of individual components.

The Eventuri Approach to Intake Design

At the center of Eventuri's intake systems is its patented filter housing concept.

Traditional intake layouts can require airflow to make abrupt changes in direction as it passes through the airbox and toward the turbocharger. Eventuri's designs use shaped carbon fiber housings to guide airflow more directly toward the engine.

On applications such as the BMW G8X M3 and M4, Eventuri's reverse-mounted filters sit inside carbon fiber Venturi filter housings that transition the airflow smoothly toward the turbo inlet tubes.

This focus on airflow management is one of the defining characteristics of the Eventuri range.

Prepreg Carbon Fiber Construction

Eventuri uses 100% prepreg carbon fiber without fiberglass in many of its intake systems.

Beyond the visual appeal of exposed carbon fiber, this construction allows Eventuri to produce smooth internal surfaces designed to support consistent airflow through the system.

Depending on the application, Eventuri systems can incorporate:

• Carbon fiber Venturi filter housings
• Carbon fiber airboxes
• Carbon fiber inlet tubes
• Carbon fiber intake ducts
• High-flow dry filters
• Turbo inlet components
• CNC-machined sensor mounts
• Custom flexible couplers
• Laser-cut stainless steel brackets
• Heat shielding and reflective materials

The exact configuration is developed around the specific vehicle and engine rather than applying a universal intake design across multiple platforms.

Airbox Design and Intake Temperature Management

Managing intake air temperature is an important part of performance intake development.

Eventuri's carbon fiber airboxes are designed to isolate the filtration element from engine-bay heat while providing controlled access to cooler incoming air.

For example, the BMW G29 Z4 B58 system uses a sealed carbon fiber airbox with dual cold-air feeds and a large internal volume around the filter. The intake tube is also sealed against the airbox to prevent heated engine-bay air from entering the filtration area.

Similar principles are used throughout the Eventuri catalog, with the exact airbox and duct configuration adapted to each application.

High-Flow Filtration

Eventuri pairs its intake housings with bespoke high-flow dry filters.

Rather than treating the filter as an isolated component, the filter is incorporated into the overall airflow architecture.

On its G8X M3/M4 system, for example, Eventuri uses two high-flow dry filters inside separate carbon fiber Venturi housings before directing the airflow toward the turbocharger system.

This approach allows the filtration system, housing, ducting, and turbo inlet path to work together as one engineered assembly.

BMW Performance Applications

BMW is a major part of Eventuri's product range, with systems available for numerous modern and enthusiast-focused platforms.

Applications include:

• BMW G8X M2, M3, and M4
• BMW F97 X3 M
• BMW F98 X4 M
• BMW G20 B58
• BMW G29 Z4 B58
• Other BMW turbocharged applications

Eventuri also offers application-specific systems for different engine configurations and model revisions. For example, the G20 B58 intake is offered in separate versions based on the November 2018 production change.

For the F97 X3 M and F98 X4 M, Eventuri uses a carbon fiber airbox lid, carbon fiber air scoops, and direct-replacement high-flow filters to improve the intake system while maintaining the factory airbox dimensions.

Audi Performance and RS Applications

Eventuri has an extensive Audi catalog covering a wide range of turbocharged performance platforms.

Current applications include:

• Audi RS3
• Audi TTRS
• Audi S3
• Audi RS4
• Audi RS5
• Audi S4
• Audi S5
• Audi RS6
• Audi RS7
• Audi RSQ8
• Audi SQ7
• Audi SQ8
• Audi R8
• Audi S1

The catalog includes complete intake systems as well as supporting components such as turbo inlets and headlamp ducts for select platforms.

High-Performance V8 Applications

Eventuri also develops intake systems for high-output V8 platforms.

Its 4.0 TFSI V8 system is used across several performance SUVs, including the Audi RSQ8, SQ8, SQ7, Lamborghini Urus, Porsche Cayenne Turbo, and Bentley Bentayga, depending on the specific application.

The system uses an enlarged carbon fiber airbox lid, carbon flow collector, two high-flow dry filters, and turbo inlet components designed to increase the overall airflow capacity of the system.

Toyota Supra Applications

Eventuri also offers intake solutions for the Toyota GR Supra.

The MK5 Supra B48 system uses a carbon fiber airbox with dual feeds, a bespoke high-flow dry cone filter, and a carbon fiber inlet tube with a 111 mm opening. As with Eventuri's BMW systems, the airbox is designed to seal the filter from engine-bay heat while providing a controlled cold-air supply.

Mercedes-AMG, Porsche, Lamborghini, and More

Eventuri's catalog extends well beyond BMW and Audi.

Current applications include performance vehicles from:

• Mercedes-AMG
• Porsche
• Lamborghini
• Bentley
• Toyota
• Volkswagen
• Lotus

For example, Eventuri's Mercedes-AMG G63 W465 system uses carbon fiber airbox bases and lids, high-flow dry filters, an accompanying carbon fiber engine cover, CNC-machined components, and application-specific ducting.

The company also produces systems for the Porsche Cayenne Turbo and Lamborghini Urus, while its Lotus Emira V6 intake uses a carbon fiber patented Venturi filter housing and dedicated carbon fiber air duct.

More Than Intake Systems

Although intake systems are the core of Eventuri's product range, the brand also offers complementary carbon fiber and chassis products.

Its catalog includes:

• Carbon fiber engine covers
• Carbon fiber styling components
• Strut braces
• Turbo inlet systems
• Replacement high-flow filters
• Application-specific intake accessories

Eventuri's carbon fiber engine covers are manufactured using the same high-quality prepreg carbon construction used across its intake products. Its strut braces are designed to combine engine-bay aesthetics with chassis functionality.

Designed for Performance Builds

Eventuri products are particularly well suited to performance builds where airflow, engine-bay presentation, and component integration all matter.

The systems can complement modifications such as:

• ECU tuning
• Turbocharger upgrades
• Intercooler upgrades
• Exhaust systems
• Turbo inlet upgrades
• High-output street builds
• Track-focused vehicles

The objective is not simply to make the intake larger. Eventuri's approach focuses on optimizing the complete route from the incoming air source through the filter and toward the engine.

Explore Eventuri at XPH

At XPH, we offer Eventuri performance intake systems and supporting components for a wide range of European and performance vehicles.

From BMW M cars and B58-powered platforms to Audi RS models, Mercedes-AMG, Porsche, Lamborghini, Toyota Supra, Lotus, and other applications, Eventuri provides engineered intake solutions built around the airflow requirements of each specific vehicle.

Explore Eventuri at XPH: https://x-ph.com/eventuri/