Description
Enhance the performance of your Toyota 4Runner (2003-2009), FJ Cruiser (2007-2009), or Tacoma (2005-2011) with the aFe POWER Momentum GT Pro DRY S Cold Air Intake System. This advanced intake system delivers dyno-proven gains of up to +13 HP and +21 lbs. x ft. of torque, outflowing the factory intake by an impressive 119%. Designed for durability and efficiency, it features a sealed housing with a clear-coated anodized aluminum cover for optimal cooling of the intake charge, along with a washable Pro DRY S air filter for maximum convenience.
Key Features:
- Performance Gains: Up to +13 HP and +21 lbs. x ft. torque, improving overall engine performance.
- Sealed Housing: Constructed of cross-linked polyethylene (XLPE) with an anodized aluminum cover, ensuring the coolest possible air intake charge.
- Clear-Coated Aluminum Cover: Adds durability and enhances aesthetics while providing effective heat dissipation.
- Pro DRY S Air Filter: Oil-free 3-layer synthetic media offers excellent filtration efficiency and extended service intervals.
- Design: 6” tall 360-degree radial flow air filter with inverted top for increased filter surface area.
- Material: Suitable for street and light off-road use.
- Dyno-Tuned Intake Tube: Computer-designed and dyno-tuned for maximum power gains, featuring heat soak resistant XLPE material.
- Hassle-Free Installation: Includes a black powder-coated bracket for OE smog pump relocation; no cutting or splicing required.
- Fitment: Direct fit for Toyota 4Runner (2003-2009), FJ Cruiser (2007-2009), and Tacoma (2005-2011) models with V6-4.0L engines.
- Emissions Disclaimer: Not CARB exempt; not legal for sale in California or for use on vehicles registered with the California DMV.
About aFe POWER:
Based in Corona, California, aFe POWER specializes in high-performance aftermarket automotive parts. Each product is engineered to enhance vehicle performance and reliability, ensuring optimal results for enthusiasts and professionals alike.
Prop 65 Warning:
Warning: Cancer and Reproductive Harm
