Proven aFe POWER Momentum Cold Air Intakes

Designed to increase horsepower, torque, and throttle response, the Momentum by aFe POWER is a sealed, cold-air intake system that delivers dyno-proven power, optimum engine protection and looks amazing in any engine bay. Available for most popular car and truck applications for enthusiasts who demand a quality intake system that performs and installs easily. No modifications or tune are required.

Large, protective, reusable performance air filter:
Momentum’s unique filter-to-housing interface was built to feature the largest air filter possible. Most Momentum intake systems have a large, 360-degree radial flow pre-oiled Pro 5R or dry Pro DRY S filter for maximum performance and filtration.

Unique One-Piece Housing:
The smooth one-piece sealed housing, constructed of heat-resistant cross-linked polyethylene (XLPE), features our patent-pending filter-to-housing interface. Its innovative design minimizes the total number of parts, making for an easy installation. A large, clear-sight window allows for an easy filter inspection without disassembling your system.

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.

Hassle-Free Installation:
This intake is designed to use factory mounting locations, minimize unnecessary hardware use, and ensure a perfect fit every time. Its revolutionary design, featuring our patent pending filter-to-housing interface uses half the parts of a traditional cold air intake system.

Premium Components:
Stainless-steel worm clamps are included for strength, and a premium silicone bellow coupling allows for ample flexibility.

aFe POWER Momentum intake systems are engineered and manufactured in our Corona, California, U.S.A. facility.

Visit https://afepower.com/cold-air-intakes/ for more information.

By Pat Curtin

Pat Curtin is the managing editor of THE SHOP magazine.