Eventuri’s intake systems are beautifully sculpted in carbon fibre using the latest technology and filtration developments to bring you the most eye-catching aftermarket upgrade for your engine bay, with airflow and performance gains backed by thorough research, development and testing.
- Robust carbon fibre upgrade shroud set that resists cracks/splits and heat damage
- Application-specific direct fit for easy installation
- Upgrade option for Eventuri V1 air intake system
Designed specifically for the BMW F9X M5, this Eventuri V1 Intake System Upgrade Shroud Kit has been developed to provide the most efficient and direct airflow path. Eventuri’s patented venturi stack housing and custom intake designs ensure that airflow remains as laminar as possible at all times. Combined with bespoke high-flow filters and vehicle-specific cold air feed/ducts, you get a fully optimised intake system that operates with the lowest inlet air temperatures possible and consistently delivers noticeable performance gains.
These Carbon shrouds are a recent addition to this intake system. They seal the openings in front of the filter housings from the engine bay whilst still allowing for the airflow to enter the filters from the front scoops. The shrouds follow the design curves of the housings and extend to the inside wheel arches where a rubber seal allows for movement of the intakes with the engine. Made from the same high-quality prepreg carbon fibre as the housings, the shrouds finish off the intake system beautifully.
Based on their extensive tuning and aeronautics background, the engineers at Eventuri are raising the standards for intake design and development. Focused on a complete solution, each vehicle-specific intake system is extensively developed using cutting-edge design, testing, and prototyping methods. Constructed from only the finest quality components, every intake system undergoes a barrage of Computational Fluid Dynamics (CFD) analysis, including volumetric airflow, intake temperature and dyno testing, to ensure accurate performance figures are achieved.
