Description
Elevate your engine's performance with the aFe POWER Momentum ST Intake System, designed to deliver substantial gains in horsepower and torque while providing superior filtration and a distinctive intake sound.
Performance Gains:
- Dyno-Proven Gains: Up to +7 HP and +6 lbs. x ft. Torque
- Flow Improvement: Outflows factory intake by +21%
- Measured Flow: 465 CFM @ 7” H2O
Design and Features:
- Unique One-Piece Sealed Housing: Crafted from black cross-linked polyethylene, the one-piece sealed housing eliminates multiple components and ensures the coolest air intake charge possible. Includes a urethane plug to completely seal the auxiliary air scoop if desired.
- Two-Piece Roto-Molded Tubes: CAD designed and dyno-tuned, the roto-molded intake tubes optimize power gains and ensure a precise fit.
- Large 3-Layer Performance Air Filter: Features a 7-1/2" tall cone filter with an inverted top. The Pro DRY S air filter incorporates 3 layers of progressively finer synthetic media for exceptional filtration and convenience, with a 100% polyurethane frame and top for durability and multiple cleaning cycles.
- Premium Hardware: Equipped with stainless steel worm-gear clamps and a reinforced silicone hump coupling for maximum strength and secure installation. Fewer parts streamline the installation process.
Installation:
- Hassle-Free: Designed for a straightforward installation with no cutting or drilling required on OEM parts.
Note:
- MAF Cartridge: This kit does NOT include the factory MAF cartridge.
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.
Manufacturing: aFe POWER intakes are engineered and manufactured in our Corona, California facility.
Vehicle Applications:
- Year: 2018-2023
- Make: Volkswagen
- Model: Atlas
- Fuel: Gas
- Engine: V6-3.6L
- Year: 2020-2023
- Make: Volkswagen
- Model: Atlas Cross Sport
- Fuel: Gas
- Engine: V6-3.6L
Prop 65 Warning:
- Cancer and Reproductive Harm.
