Description
Upgrade your BMW F90 M5 with the meticulously designed Carbon Intake and Turbo Inlet System, engineered to enhance performance, drivability, and engine response. This high-performance intake system is crafted with precision, combining large cross-sectional turbo inlet tubes with smooth, non-concentric expanding designs and silicone couplers. These tubes act as oversized velocity stacks, significantly improving airflow compared to the OEM setup. The result is a smoother torque curve at lower RPMs, enhanced throttle response, and an overall increase in drivability.
The inlet tubes are securely connected to the air filter housings using stainless steel V-band clamps, which seamlessly attach to the OEM front air feeds for optimal compatibility.
Performance and Airflow Improvements:
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Air Intake Temperatures and Heat Soak:
Designed to maintain factory-equivalent intake air temperatures, this system improves airflow characteristics for smoother delivery and enhanced air volume to the turbos. The benefits include faster turbo spooling, efficient filtering, and reduced heat soak, ensuring consistent performance. Additionally, the intake system generates a refined, race-inspired engine sound under load, while improving responsiveness and everyday drivability. -
Air Filtration:
The carbon fiber enclosures house bespoke short-stack, high-surface-area filters with a massive 170mm (6 3/4") opening. These filters are the largest available for the BMW F90 M5, designed to optimize airflow by directing it along the outer walls for improved laminar flow. The larger filters provide increased airflow, better filtration efficiency, and extended durability, ensuring optimal performance over time. The filters are fully encapsulated within the housing to shield against engine bay heat and promote even cooling air distribution, ensuring maximum effectiveness.
Fitment:
- Compatible with BMW F90 M5 models.
- Direct replacement for the OEM intake and turbo inlet setup.
- Works seamlessly with factory air feeds for hassle-free installation.
