aFe Aries Powersport Air Filters OER PG7 A/F PG7 SxS - Yamaha Rhino 660 04-07

aFe Aries Powersport Air Filters OER PG7 A/F PG7 SxS - Yamaha Rhino 660 04-07The AFE PG7 Drop In Filter is engineered to deliver superior airflow and filtration for enhanced engine performance. Crafted with high performance synthetic media, this filter ensures optimal air filtration, contributing to better engine efficiency and longevity. Designed with cotton gauze in a gold color, the filter combines durability and style. Its round shape and oiled filter type maximize dirt capture while allowing excellent air passage. The

The AFE PG7 Drop In Filter is engineered to deliver superior airflow and filtration for enhanced engine performance. Crafted with high-performance synthetic media, this filter ensures optimal air filtration, contributing to better engine efficiency and longevity.

Designed with cotton gauze in a gold color, the filter combines durability and style. Its round shape and oiled filter type maximize dirt capture while allowing excellent air passage. The polyurethane end cap in sleek black adds a robust finish and secure fit.

This filter is sold individually and is part of the aFe Aries AE1 Pro GUARD 7 Air Filter Elements product line, renowned for quality and reliability among performance enthusiasts. Whether upgrading your daily driver or fine-tuning a high-performance machine, the AFE PG7 Drop In Filter provides an easy-to-install solution that fits perfectly.

Enjoy the assurance of using a product from a trusted brand, AFE Power, known for innovative air filtration technologies. The specific manufacturer's part number 87-10024 guarantees compatibility and quality. Elevate your vehicle's intake system with this high-quality air filter element for improved throttle response and longevity.

Perfect for automotive hobbyists and professional tuners alike, this air filter element stands out in performance tuning with its efficient materials and design. It ensures that only the cleanest air reaches your engine, maintaining optimal combustion and power output.