aFe Power 57-10015R - 19-20 GM Trucks 5.3L/6.2L Track Series Carbon Fiber Cold Air Intake System With Pro 5R Filters

aFe Power - 57-10015R

Track Series Stage-2 Carbon Fiber Intake System w/ Pro 5R Media GM Silverado/Sierra 1500 19-21/Tahoe/Suburban/Yukon/XL 2021 V8-5.3/6.2L

This 9 in. tall 360-degree radial flow air filter features a 5 in. flange and our pre-oiled Pro 5R media with five layers of progressively finer cotton gauze media for maximum performance. It provides your engine with the largest amount of high-flowing air and delivers the highest power gains in most cases. This media is perfect for street and/or track use. The included massive air filter is surrounded by an open-element XLPE (Cross-linked Polyethylene) polymer housing that minimizes warm engine air for maximum performance. Its open design allows for easy viewing of the air filter, yet creates a heat-blocking seal when the vehicle's hood is closed. It utilizes the vehicles OE air inlet with no additional hardware. The lightweight tube is computer-designed to achieve maximum power gains while maintaining a perfect fit. Manufactured from 100% twill weave carbon fiber, it features zero fiberglass and is clear-coated for the highest quality construction. The computer designed system utilizes factory mounting locations, minimizing the use of unnecessary hardware and ensuring a perfect fit every time. Its innovative design makes for a hassle-free, direct bolt-on installation process that requires no cutting or drilling. Its revolutionary design, featuring our patent pending filter-to-housing interface, uses half the number of parts of a traditional cold air intake system.

• Lightweight, 100% Twill Weave Carbon Fiber Intake Tube
• Open-Element Design Allows For Viewing of Massive Air Filter, Yet Seals When Hood is Closed to Keep Out Hot Air
• Washable and Reusable Pro 5R S Air Filter for Maximum Performance
• Premium Stainless Steel Clamps and a Bellows Coupling Provide a Secure Seal
• Utilizes Factory Mounting Locations for an Easy and Secure Installation