VEHICLE APPLICATIONS: 2014-2022 Toyota Sequoia (5.7L); 2018-2022 Tacoma (3.5L); 2013-2014 Toyota Tundra 4.0L; 2013-2019 Tundra (4.6L); 2013-2021 Toyota Tundra (5.7L)
A premium quality FRAM Extra Guard CA11895 Replacement Engine Air Filter for 2013-2022 Toyota (4.0L, 4-6L & 5.7L), Provides Up to 12 Months or 12,000 Miles Filter Protection that is made up of 100% cotton. It is designed to give you a comfortable and performance-driven feel. It has a classic fit, and the retro-style graphics on the front and back will make you feel like you’re rooting for the team with style.
DOUBLE MAXIMUM PROTECTION: FRAM automotive replacement engine filter provides 2x the protection compared to standard filters for up to 12,000 miles.
EASY INSTALLATION: A seamless DIY replacement that can be completed in minutes. Remove your old filter, replace with FRAM engine filter ensuring it is sealed around the perimeter, replace cover, and fasten
SMOOTHER HORSEPOWER PERFORMANCE: Extra Guard filter is designed to clean up exhaust so that the engine is less likely clogged by dirt. With a cleaner output, the engine is able to function efficiently leading to a smoother and higher horsepower.
FRAM Extra Guard CA11895 Replacement Engine Air Filter for 2013-2022 Toyota (4.0L, 4-6L & 5.7L), Provides Up to 12 Months or 12,000 Miles Filter Protection is the ultimate must have for all sports fans. The FRAM Extra Guard CA11895 Replacement Engine Air Filter for 2013-2022 Toyota (4.0L, 4-6L & 5.7L), Provides Up to 12 Months or 12,000 Miles Filter Protection is suitable for everyone and available in a variety of sizes. The FRAM Extra Guard CA11895 Replacement Engine Air Filter for 2013-2022 Toyota (4.0L, 4-6L & 5.7L), Provides Up to 12 Months or 12,000 Miles Filter Protection is made with durable material and has a comfortable that allows you to move freely.
EXPANSIVE AIRFLOW: With a fine filter media, Extra Guard captures various debris without hampering airflow. Filter attracts dirt like a magnet so that maximum amount of debris stay trapped to prevent entering within the engine.
