The K&N Engineering Universal Rubber Round Straight Air Filter (Part Number: knnRU-1750) is engineered for a wide range of applications including racing vehicles, generators, snowmobiles, tractors, and remote-controlled cars. Its versatile design ensures compatibility with various equipment regardless of the angle or offset diameter of the air intake. Crafted with ultra-strong molded pliable rubber flanges, this filter absorbs vibrations and provides a secure attachment point. The flanges are stretchable up to 1/16 inch (1.5mm), allowing for a customizable fit across different setups. This flexibility makes the K&N universal filter suitable for many different configurations and ensures a tight, vibration-resistant seal for optimal performance. The filter's construction emphasizes durability and reusability, as it is washable and designed for long-term use, reducing the need for frequent replacements and supporting environmentally conscious maintenance. The 20-degree angled flange facilitates installation in tight or awkward spaces, providing an added layer of versatility for enthusiasts and professionals alike. Constructed with high-quality materials, this filter combines durability with effective airflow management, contributing to improved engine performance and efficiency. It is important to note that this product requires CARB acknowledgment and is not CARB approved, making it suitable for various applications but with specific regulatory considerations. Whether for racing, recreational, or industrial use, the K&N universal air filter offers a reliable, durable, and adaptable solution for your air intake needs.
Features:
- Versatile application compatibility for racing, generators, snowmobiles, tractors, and RC cars
- Molded pliable rubber flanges absorb vibrations and provide secure attachment
- Stretchable flange design allows for up to 1/16 inch (1.5mm) adjustment for a perfect fit
- Washable and reusable for long-term cost savings and environmental sustainability
- 20-degree angled flange facilitates installation in tight or awkward spaces