BANKS 42178 AIR FILTER ELEMENT OILED USE W/RAM-AIR COLD AIR INTAKE SYSTEMS FOR 07-12 CUMMINS 6.7L 24V

Easy to install replacement filter (oiled). Increased airflow, excellent filtration and a longer service life.

Banks Ram-Air filter is a high-flow air-cleaner element that decreases intake restriction and sends more cool, dense ram-air into your engine. Even wet or dirty, Banks Ram-Air filters outperform conventional ones, because the multi-layer design traps moisture, dust and debris on the oiled, outer surface, allowing air to move through with ease.

Key Features

• Increased airflow
• Excellent filtration
• Longer service life
• Easy to install
• OILED Air Filter Element

Enhance the performance of your 2007-2012 Cummins 6.7L 24V engine with the BANKS 42178 AIR FILTER ELEMENT OILED designed for use with RAM-AIR COLD AIR INTAKE SYSTEMS. This easy-to-install replacement filter is specially crafted to deliver exceptional results to your vehicle.

The oiled design of this air filter element ensures increased airflow, allowing for a more efficient intake process. Experience improved engine performance as the BANKS filter reduces intake restriction and delivers a higher volume of cool, dense ram-air to your engine.

Engineered for excellence, the BANKS Ram-Air filter offers superior filtration capabilities, ensuring that only clean air reaches your engine. With its multi-layer design, this filter effectively traps moisture, dust, and debris on its oiled outer surface, preventing contaminants from entering your engine and optimizing airflow.

Enjoy a longer service life with the BANKS 42178 AIR FILTER ELEMENT, as it is built to withstand the rigors of daily driving without compromising on performance. Installation is a breeze, making it convenient for you to upgrade your vehicle with this high-quality air filter element.

Experience the benefits of increased airflow, excellent filtration, and a longer service life with the BANKS 42178 AIR FILTER ELEMENT OILED. Upgrade your Cummins engine today and feel the difference in performance and efficiency.