Gaining more flow is all in the size and shape of the turbo inlet pipe within the constraints of the factory engine bay. 3D scans of the engine bay and stock inlet pipe were taken to identify the space available. This allows us to maximize the design's flow characteristics without any clearance issues or to rub expensive factory hoses or lines. This results in a substantially effective 4" inner diameter cross section taking up all available space for the most physical airflow possible.
CAST ALUMINUM
IE Turbo inlets are manufactured from aircraft-grade aluminum castings and CNC machined in-house to manufacture the optimized shapes and unique bends required to achieve our turbo inlet's massive size and airflow. This process results in optimized performance, perfect fit, attractive finish, and incredibly durable design.
HYBRID SUPPORT
Building the ultimate sleeper SUV? Upgrading to IE's Stage 3 hybrid turbo setup is easy with our turbo inlet pipe. Our adaptable design utilizes CNC-machined and o ring sealed adapter rings to fit the stock or a variety of aftermarket turbos without hassle. The turbo inlet supports the flow for very high horsepower builds and makes your turbo install easy as stock.
SLIP-FIT EASY INSTALL
There is no getting around it; our turbo inlet is HUGE! With such a massive design, clearances are tight, and the factory lower bolt location can be a frustrating bolt to install. Not with IE! For a hassle-free installation, our design features a billet aluminum retainer post that creates a leak-free slip fit for the bottom bolt making the process fast, smooth, and easy!
CNC MACHINED IN-HOUSE
Since the IE inlet is designed to fit the largest space for high-flow as possible, the machine work required for the raw aluminum castings must be done with incredibly tight tolerances. Utilizing our own in-house CNC machines, each casting undergoes multiple operations and is verified with a strict quality control process. This ensures every inlet is shipped out with a beautiful machined finish and a precise installation.