Carbon fiber intake pipes, laid out with various connecting parts, rubber hoses, clamps, bolts, and brackets, arranged neatly on a white surface, likely for a vehicle's intake system assembly.
A black carbon fiber automotive intake pipe with a red band is on a white background, featuring multiple connection ports and clamps for securing.
A carbon fiber car air intake assembly, featuring curved, glossy black tubes and mounted on a black metal bracket in a white, well-lit studio setting.
A pair of glossy black carbon fiber air intakes resting on a white background, showcasing a sleek, high-performance design with clamps and mounting brackets.
A carbon fiber automotive intake assembly with a central red stripe rests on a black mounting bracket, positioned against a plain white background.
Carbon fiber air intake system encased in a transparent plastic bag, placed on a white background.
A carbon fiber exhaust pipe encased in a clear plastic protective cover, placed against a white background. The exhaust is mounted to metal brackets visible through the transparent casing.
A high-performance air intake system with dual carbon fiber canisters and red filters is mounted on a metal frame, positioned against a white background.
Detailed parts diagram showing components of a C8 Z06 Corvette intake system from Eventuri. Object labels: Heat Shielding, Carbon Venturi Housing, Front Brace, Rear Plate, High Flow Filter, Carbon Duct, Custom Flexible Coupler, Inlet Flange.
Car engine with carbon fiber components is in a trunk compartment, surrounded by white bodywork, parked on a dark surface. The engine comprises black and red elements with intricate detailing.
Car trunk with an exposed internal compartment showcasing a red, high-performance engine and carbon fiber components in a black and white vehicle, set against a dark background.
Carbon fiber air intake with a red strap labeled "EVENTURI," positioned under a black hood with a small "Eventuri" plaque. Surrounding area shows part of the car's engine bay.
A black carbon fiber intake pipe with red lettering "EVENTURI" sits within an engine bay, surrounded by dark, fabric-lined components and metallic elements.
The rear engine compartment of a white sports car displays a high-performance engine with red accents and carbon fiber details under a clear cover, set against a dark background.
A high-performance car engine with exposed red and black components is shown in the rear compartment of a sleek white sports car, illuminated against a dark backdrop.

Eventuri Carbon Fibre Intake System – Chevrolet Corvette Z06 Coupe C8

£2,424.00

Categories:

  • Please note: This product will ship directly from the manufacturer. Lead times may vary, please contact us for more information on exact timings.

  • Peak Performance Gain : 19whp, 18ft-lb
  • Mid-Range Performance Gain : 42whp, 44ft-lb

The Eventuri C8 Z06 Corvette intake system consists of a number of components engineered to perform a specific purpose and fabricated to the highest of standards. Use 100% pre-preg carbon fiber with no fibreglass which means can achieve a smooth internal surface to maintain smoother airflow.

Each intake system consists of:

  • Carbon Fiber Double Venturi Filter Housing
  • Bespoke High Flow Dry Cone Filters
  • Carbon Fiber Inlet Ducts
  • Clear Polycarbonate Trunk Panel
  • Silicon Couplers
  • Laser Cut Stainless Steel Brackets and Heat Shields
  • Custom Inlet Flanges
  • Custom Flexible Hoses

PATENTED FILTER HOUSING

The Z06 Filter Housing is designed with 2 of our patented Venturi pods which merge to create a large volume and at the same time incorporates 2 MAF tubes which direct flow to each bank of the plenum. It is most complex housing design to date and the culmination of several months of intensive prototyping, testing and iteration. Internally it comprises of 2 bespoke high flow filters and aluminium cowls, which help direct flow onto the filters. The carbon housing shrouds the reverse mounted filters and smoothly shapes the airflow towards the MAF tubes where volume is gradually reduced. This smooth reduction in cross sectional area invokes the Venturi effect where the airflow accelerates whilst maintaining laminar conditions. It can be thought of as a large velocity stack – below is a diagram to show the comparison between our patented design and a regular intake system.

BESPOKE CONE FILTER

The filter chose for the Z06 system allows for a balance between filtration area and overall filter housing volume. Initial prototypes used a larger filter but these extended too far into the housing and disrupted the flow towards each MAF tube section. By using a shorter cone were able to optimise the shape of the housing for better flow towards the MAF tubes while maintaining more than sufficient filtration area for the CFM demands. The filter medium is ISO tested to ensure that filtration is in line with OEM standards and is also dry. The filter is constructed with signature flow cones to aid in the Venturi housing principle.

CARBON DUCTS

The ducts channels ambient air from the side vents to the filter housing. In order to ensure a good seal against engine bay heat – they are secured to the filter housing at 3 points and use a neoprene gasket for an airtight seal . The ducts were designed to have the maximum internal volume possible within the given geometry of the engine bay. This ensures that the filter housing is able to draw with minimum restriction.

CLEAR TRUNK PANEL

Designing an intake to have a large volume with smooth airflow to the engine was not possible with the limited space which was in part due to the stock trunk panel so redesigned it to accommodate intake. In doing so took the opportunity to showcase the carbon fiber and so made the panel from clear polycarbonate. This allows for a window to see the intake when the trunk is opened – an industry first for this platform.

BRACKET WORK

Have designed a framework to allow the OEM wiring looms to be secured in place and kept out of view. The bracket work is laser cut from Stainless Steel and Aluminum.

INLET FLANGES

Custom inlet flanges and flexible hoses connect the intake to the stock cold air feeds on each side. This ensures that engine bay heat is kept out of the intake system.

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