Eventuri BMW F97 X3M / F98 X4M Black Carbon Airbox Lid + Carbon Scoops (EVE-FX34M-CF-INT)

Eventuri BMW F97 X3M / F98 X4M Black Carbon Airbox Lid + Carbon Scoops (EVE-FX34M-CF-INT)BMW F97 X3M F98 X4M Acceleration Time : 60 130mph Reduced By 0. 2 seconds Dyno Data : Coming Soon The X3M X4M intake setup from BMW although awkard at first sight, is a very well designed system in the given space available. The flow path from the filters to the turbo inlets is very direct and does not change direction as abruptly as the usual OEM airbox designs. So instead of a complete redesign we focused on improving the OEM airbox with less

BMW F97 X3M F98 X4M

Acceleration Time : 60-130mph Reduced By 0.2 seconds
Dyno Data : Coming Soon

The X3M/X4M intake setup from BMW although awkard at first sight, is a very well designed system in the given space available. The flow path from the filters to the turbo inlets is very direct and does not change direction as abruptly as the usual OEM airbox designs. So instead of a complete redesign we focused on improving the OEM airbox with less restrictive flow and improved temperature efficiency. We have developed replacement drop in filters made from non-woven mesh which have a much higher flow rate as compared to the stock paper filters. To help reduce inlet air temperatures and force air into the airbox we designed large front scoops which sit behind the grills. The carbon scoops channel air into the ducts and effectively effectively de-restrict the inlet side of the airbox. The final piece is the carbon airbox lid which although doesn’t add to the performance, it does allow for a more audible induction sound and gives the engine bay a much needed aesthetic improvement.

Part Numbers:
EVE-FX34M-CF-INT : BMW F9X X3M/X4M Carbon Intake System
EVE-FX34M-LCI-INT : BMW F9X X3M/X4M LCI Carbon Intake System
EVE-FX34M-PF : BMW F9X X3M/X4M Panel Filter Replacement Set

The Eventuri X3M/X4M intake system consists of a number of components engineered to perform a specific purpose and fabricated to the highest of standards. Here are the details for each component and the design ethos behind them:

Each intake system consists of:

• 1 x Carbon Fiber Airbox Lid
• 2 x Carbon Fiber Air Scoops
• 4 x Direct Replacement High Flow Air Filters
• Laser Cut Stainless Steel Brackets

CARBON AIRBOX LID

The Prepreg carbon fiber airbox lid has been recreated using the same dimensions as the OEM version. There is minimal space above the lid to increase the size and in doing so would also disrupt the airflow path. So we kept the same dimensions and maintained the direct flow path to the filters. Since the lid is made from carbon, it is thinner and lighter than the stock lid and so the induction sound of the engine is more audible.

HIGH FLOW FILTERS

We have redeveloped the OEM panel filters using a high flow non-woven filtration mesh which is encased in a highly durable stainless steel mesh. The filtration element allows for less restriction while maintaining suitable filtration properties. The mesh is captured in a Urethane surround which is very stable at high temperatures and retains its shape to allow for an adequate seal at all times. Each set comprises of 2 small and 2 larger filters which fit perfectly inside the OEM filter cartridges.

CARBON AIR SCOOPS

The final carbon components in this system are the front scoops - essential to direct ambient air to the filters.

The scoops were designed for maximum efficiency in directing the incoming air to the stock duct openings. Many aftermarket scoops have a large flat area almost perpendicular to the oncoming air - not great for channeling it into the ducts as the airflow just "hits" this flat portion and creates turbulence.

Unlike most aftermarket "scoops" the Eventuri Scoops have been designed extend from the stock duct openings all the way to the grills. In order to capture as much air as possible, the scoops are shaped to the same contours as the outsides of the grills and then smoothly channel ambient air through a continuous curve to the duct openings. CAD images to illustrate the shape:

By Forcing ambient air into the airbox, heat soak is reduced and inlet air temperatures are also reduced.