Official Afe Magnum Force Stage-2 Cold Air Intake System W/ Pro 5r Filter For Srt Jeep/durango Guaranteed [vO8AQoTF]

Maximize Performance with aFe Magnum FORCE Cold Air Intake

Experience the power of enhanced airflow with the aFe Magnum FORCE Stage-2 Cold Air Intake System. Engineered for Jeep Grand Cherokee (WK2) 12-21 and Dodge Durango SRT 18-23 V8-6.4L HEMI models, this system is designed to deliver maximum performance and efficiency. The aFe Magnum FORCE Stage-2 Cold Air Intake System stands out with its unique features and premium components, ensuring a seamless integration with your vehicle's factory mounting locations.

Advanced Air Filter and Housing Design

At the heart of this intake system is a large three-layer performance air filter. This 7-inch tall 360-degree radial flow air filter, featuring a 6-1/8” x 4-1/8” oval flange, utilizes aFe's oiled Pro 5R media. The media consists of five layers of progressively finer cotton gauze, providing maximum airflow and performance for both street and track use. The one-piece housing, made of open-element XLPE (cross-linked polyethylene) polymer, minimizes warm engine air, further enhancing performance. Its open design allows for easy viewing of the air filter and produces an aggressive air intake sound.

Comprehensive Fitment and Installation

The aFe Magnum FORCE Stage-2 Cold Air Intake System is designed for hassle-free installation, using factory mounting locations to ensure a perfect fit every time. This innovative design features a patent-pending filter-to-housing interface, which reduces the number of parts needed compared to traditional cold air intake systems. Premium components, such as stainless-steel clamps and a premium bellows coupling, provide strength and flexibility. The system is compatible with Dodge Durango models equipped with the Dodge SRT hood, and aFe POWER recommends purchasing 28-10303 pre-filter for added protection against rain and other elements. Avoid pressure washing around the hood vent and driving under heavy rain to maintain optimal performance.