Part Number: 56-70064

Description: aFe Takeda Momentum Cold Air Intake System

Fitment: 22+ Subaru WRX

Notes: Not for sale in California not CARB Legal

Details:

Large Three Layer Performance Air Filter:
This 6” tall 360-degree radial flow air filter features a 3.5" flange and our oil-free Pro DRY S media with three layers of synthetic media for maximum convenience. Its progressive layering provides great filtration efficiency and dust holding capacity, while not requiring the use of oils. Its inverted top makes for more filter surface area, resulting in longer service intervals. This media is best suited for street use.

Unique One-Piece Housing:
The sealed XLPE polymer housing features a rugged design, as well as a clear sight window, allowing for hassle-free filter inspection. aFe POWER's patent pending filter-to-housing interface eliminates the use of an overabundance of parts, further simplifying the installation process. The housing utilizes the factory air inlet, using no additional hardware.

Dyno-Tuned Intake Tube:
This system features a high quality, computer-designed, dyno-tuned intake tube to achieve maximum power gains while maintaining a perfect fit. Its XLPE material is heat soak resistant and extremely durable.

Premium Components:
Stainless-steel clamps are included for strength, and a premium silicone coupling allows for ample flexibility. Takeda intakes are designed with fewer parts for a fast and easy installation.

Emissions Disclaimer

This product is not currently CARB exempt and is not available for purchase in California or for use on any vehicle registered with the California Department of Motor Vehicles.

Dyno-Proven Gains up to +8 HP and +14 Lbs. x Ft. TQ

• Outflows Factory Intake by 47%

• Washable and Reusable Air Filter for Maximum Convenience

• Durable XLPE Construction and Sealed Housing Protects From Impact, Extreme Temperatures, and Other Elements

• Clear Sight Window for Convenient Filter Inspection Without Disassembly

• Innovative Filter-to-Housing Interface for Easy Installation