K&N Engineering 50-2617 NextGen Cold Air Intake System for Ford F-150 2.7L and 3.5L EcoBoost V6 (2021-2026)

The K&N Engineering 50-2617 NextGen Cold Air Intake System is designed to improve airflow and engine performance for Ford F-150 trucks equipped with 2.7L and 3.5L EcoBoost V6 engines from 2021 to 2026. This intake features a durable, reusable oiled filter that provides excellent filtration and increased airflow, supporting enhanced horsepower and torque. The system is constructed from high-quality plastic components finished in black, ensuring durability and a sleek appearance that complements your vehicle's engine bay.

Installation of the K&N 50-2617 intake system is straightforward, with precision-fit components that align perfectly with your truck’s factory mounting points. The design promotes smoother airflow from the intake to the engine, resulting in improved throttle response and overall engine efficiency. By replacing the restrictive factory air intake, this system helps maximize engine performance while maintaining optimal filtration for long-lasting service.

This cold air intake is suitable for use in all states except California, aligning with emissions regulations and restrictions. The kit does not include any air restrictions and is not limited to freight-only applications, making it a versatile upgrade for your Ford F-150. Regular maintenance of the reusable filter ensures sustained performance and filtration quality over time, making this a reliable choice for enthusiasts seeking to enhance their vehicle’s power and efficiency.

Features:

• High-performance reusable oiled filter for optimal airflow and filtration

• Constructed from durable black plastic components for long-lasting use

• Designed for easy installation with precise fitment on Ford F-150 models

• Improves throttle response, horsepower, and torque

• Compatible with 2021-2026 Ford F-150 with 2.7L and 3.5L EcoBoost V6 engines

• Excludes California emissions restrictions; suitable for general use

• Supports enhanced engine efficiency through improved airflow