Last Chance K&n Filter 4 Inch Flange 6 3/4 Inch Od Base 5 7/8 Inch Od Top 9 1/2 Inch Height Holiday Cheer Edition [duCj0JZQ]

High-Performance K&N Air Filter

Experience superior air filtration with K&N's Universal Air Filters, designed to fit a wide range of applications, from racing vehicles to generators. These durable filters are crafted with ultra-strong molded rubber flanges, providing secure attachment and vibration absorption. With K&N, you can expect a perfect fit for your equipment, regardless of the angle or offset diameter of the air intake.

• Universal Fitment: K&N Universal Air Filters are designed to fit a variety of equipment, ensuring compatibility with your specific needs.
• Strong Construction: The ultra-strong molded rubber flanges absorb vibration and allow for secure attachment, providing a lasting solution.

Key Features and Specifications

This K&N Filter boasts an impressive 4-inch flange, a 6 3/4-inch OD base, a 5 7/8-inch OD top, and a height of 9 1/2 inches. These precise dimensions make it a perfect fit for your Toyota Sequoia SR5 (2008-2009), Toyota Tundra Base/Limited/SR5 (2007-2009), and more. The filters are constructed with high-quality materials, ensuring long-lasting performance and easy installation.

• Dimensional Details: 4-inch flange, 6 3/4-inch OD base, 5 7/8-inch OD top, and 9 1/2-inch height for a precise fit.
• Material Quality: Constructed with high-quality materials for durability and reliability.

Practical Uses and Benefits

K&N Universal Air Filters are not only practical but also environmentally friendly. These washable and reusable filters reduce waste and save you money in the long run. By enhancing your equipment's air intake, these filters can improve performance and fuel efficiency, providing a noticeable difference in your vehicle's overall performance.

• Washable and Reusable: Reduce waste and save money by washing and reusing your K&N air filters.
• Performance Enhancement: Improve your vehicle's performance and fuel efficiency with K&N's high-quality air filtration.