In Stock Afe Magnum Flow Pro Dry S Oe Replacement Filter (pair) - 54-13065d With A 80% Price Cut [xW5ZIizX]

aFe Magnum FLOW Pro DRY S OE Replacement Filter (Pair)

The aFe Magnum FLOW Pro DRY S OE Replacement Filter (Pair) is a top-tier air filter designed for GM Diesel Trucks 07.5-10 V8-6.6L (td) LMM models. This pair of filters offers a 9” tall, 360-degree radial flow design, ensuring maximum airflow and performance. The Pro DRY S media, featuring three layers of synthetic material, provides exceptional filtration efficiency without the need for oils, making it ideal for street use. Its inverted top design increases filter surface area, leading to longer service intervals and improved air flow.

Key Features and Specifications

The Magnum FLOW Pro DRY S OE Replacement Filter comes with a 6" flange and is surrounded by open-element XLPE (cross-linked polyethylene) polymer housings. These housings are not only durable but also heat soak resistant, ensuring optimal performance even under extreme conditions. The system includes a high-quality, dyno-tuned intake tube that maximizes power gains while maintaining a perfect fit. This direct fit intake system requires no cutting or modifications, utilizing factory mounting points and including all necessary clamps, couplings, and hardware. The revolutionary filter-to-housing interface reduces the number of parts needed, making installation a breeze.

Practical Uses and Benefits

The aFe Magnum FLOW Pro DRY S OE Replacement Filter is a perfect choice for drivers looking to enhance their vehicle's performance and protection. By replacing the OEM air filter with this high-quality drop-in filter, you can increase airflow without the need for a complete air intake system replacement. This cost-effective solution is easy to install, fast, and straightforward. The ability to wash the drop-in filter means you'll never have to replace your OEM filter again, saving you time and money. This product is ideal for daily drivers, enthusiasts, and anyone looking to improve their vehicle's performance and efficiency.