aFe Momentum GT Pro DRY S Cold Air Intake Ford F-150 2021-2022 5.0L
The aFe Momentum GT Pro DRY S Cold Air Intake is engineered specifically for the 2021-2022 Ford F-150 equipped with the powerful 5.0L V8 engine. This cutting-edge intake system is designed to maximize airflow, enhance engine performance, and improve overall vehicle responsiveness. By replacing the factory air intake system, the Momentum GT Pro DRY S delivers increased horsepower and torque while providing superior filtration and protection for your engine.
Utilizing a unique one-piece sealed housing and a large reusable DRY S air filter, this cold air intake system minimizes intake air restriction. The smooth, contoured airflow paths are structured to encourage optimal air volume and velocity, allowing your engine to breathe easier and perform at its best. Additionally, the installation process has been simplified with a straightforward bolt-on design, ensuring that even those with basic mechanical knowledge can complete the upgrade with ease.
Integrating advanced engineering techniques, this intake also features innovative intake plumbing crafted from high-quality materials for enhanced durability and longevity. The dry filter media is easily washable and helps to keep contaminants, dirt, and debris from entering the engine, ensuring better performance and increasing the lifespan of your vehicle's components.
FITMENT:
Compatible with: Ford F-150 2021-2022 5.0L engines.
Key Features & Benefits
- Enhanced Horsepower and Torque: Increases engine performance through improved airflow.
- One-Piece Sealed Housing: Protects the air filter from engine heat and optimizes air intake temperatures.
- DRY S Filter: Reusable and washable filter that offers excellent filtration without the need for oil.
- Simple Installation: Direct bolt-on design ensures easy setup with minimal mechanical skills required.
- Durable Construction: Made from high-quality materials to withstand demanding engine conditions.
- Increased Engine Efficiency: Helps your engine run smoother while maximizing fuel efficiency.
