Description
Once sold out, the Eventuri BMW E9X M3 - Kevlar Intake - Blue eveEVE-E9X-KV-INT - B will be discontinued. Unlock the true potential of your BMW E9X M3 with the Eventuri intake system. Our team has conducted extensive research and optimization to enhance one of the best-designed stock intake systems on the market.
The E9X stock airbox system boasts an exceptional flow path and ambient air feed system. However, upon closer examination, we identified restrictions in the inlet tube connecting the airbox to the inlet manifold. By redesigning this tube while preserving the airbox, we have achieved greater engine breathing efficiency, resulting in a significant power gain.
Moreover, our design team also discovered a restriction in the air feed system and addressed it by creating a specially designed scoop. This scoop enables increased airflow through the airbox, further reducing inlet temperature values and adding to the overall performance enhancement of the system.
The Eventuri E9X M3 intake system comprises meticulously engineered components, each serving a specific purpose and fabricated to the highest standards. Included in this system are the following components:
- Carbon Kevlar Intake Tube
- High Flow Urethane Cone Filter
- Carbon Fiber Inlet Scoop
- CNC Machined Breather Adapter
- Laser Cut Stainless Steel Debris Guard
- Silicone Coupler and OEM Specification Clamps
Experience a noticeable performance gain with dyno results showing an increase of 8-10hp and 10-12ft-lb. On-road dyno tests conducted with Insoric equipment demonstrate an impressive gain of 16hp and 14Nm. Additionally, the Eventuri intake system significantly reduces the Intake Air Temperature (IAT) compared to stock, with a difference of 7.5C down to 4.5C. Furthermore, V-Box acceleration tests reveal a reduction of 0.3 seconds in the 100-200kph sprint.
Please note that this item is not eligible for return. Upgrade your BMW E9X M3 today with the Eventuri Kevlar Intake in Blue and elevate your driving experience to new heights of performance and efficiency.
