Eventuri Carbon Fiber Intake System – BMW M5 (F90) / M8 (F9X)
Eventuri Carbon Fiber Intake System – BMW M5 (F90) / M8 (F9X)
Couldn't load pickup availability
The Eventuri Carbon Fiber Intake System for the BMW M5 (F90) and M8 (F9X), supplied by DAS Tuning, is a premium performance upgrade engineered to improve airflow efficiency, reduce intake air temperatures, and enhance turbo performance.
Developed through extensive real-world testing and airflow simulation, the V2 design features sealed carbon housings to maintain stable intake air temperatures even when stationary, significantly reducing heat soak.
A combination of carbon air scoops, sealed shrouds, and gold-lined heat shields ensures a consistent supply of cold ambient air while minimizing thermal interference. This allows the turbochargers to operate more efficiently with reduced restriction.
Performance Highlights
- Improved airflow to turbochargers
- Reduced intake air temperatures (IAT)
- Over 30% increase in inlet cross-sectional area vs OEM
- Reduced turbo restriction and wastegate duty
- More consistent performance under load
Engineering & Design
- Eventuri patented Venturi housing design
- Full carbon fiber construction
- Sealed intake system for stable airflow
- Integrated air scoops for direct ambient air feed
- Gold heat-reflective lined shields for thermal management
- Internal airflow guides for optimized air delivery
System Components
- 2 × Carbon fiber venturi housings with integrated tubes
- 2 × High-flow Gen 2 performance filters
- 2 × Carbon fiber filter shrouds
- 2 × Aluminium inlet cowls
- 2 × Carbon fiber air scoops
- 2 × Laser-cut heat shields with gold reflective lining
- Integrated air ramps within heat shields
- Silicone couplers and OEM-spec hose clamps
Driving Characteristics
- Sharper throttle response
- Improved turbo spool
- Enhanced intake sound
- Reduced heat soak during aggressive driving
Important Notes
- Hardware component only
- ECU tuning not included
- Professional installation recommended
- Performance gains depend on supporting modifications
Image for illustration purposes only.
