K&N Engineering 85-3549 14-Inch Round Air Cleaner Baseplate with Dropped Steel Chrome Finish

The K&N Engineering 85-3549 air cleaner baseplate is a durable, high-quality component designed for optimal engine airflow. This 14-inch round baseplate features a dropped design that enhances clearance and installation flexibility, making it suitable for a variety of custom and performance applications. Constructed from steel with a chrome finish, it combines strength with a sleek, corrosion-resistant appearance. The baseplate includes a 5-1/8 inch carburetor flange, ensuring compatibility with many standard carburetor setups. Its robust construction and precise dimensions make it an essential part for enthusiasts looking to improve engine breathing and performance.

This air cleaner baseplate is versatile and does not restrict airflow, supporting improved engine efficiency and power. Its dropped profile allows for better clearance within engine compartments, accommodating wider or taller air filters and other components. The steel construction ensures durability under demanding conditions, while the chrome finish provides a polished look that complements performance builds. Easy to install, it is suitable for a range of vehicles and engine configurations, offering a reliable upgrade or replacement part for your air intake system.

Designed for both performance and longevity, the K&N 85-3549 baseplate is an excellent choice for automotive enthusiasts seeking a quality, handcrafted component that enhances airflow and engine performance while maintaining a clean, professional appearance.

Features:

• Diameter: 14 inches for broad airflow coverage

• Material: Steel with a durable chrome finish for corrosion resistance

• Design: Dropped base for increased clearance within engine compartments

• Carb Flange: 5-1/8 inch size compatible with many standard carburetors

• Construction: Sturdy steel build for long-lasting durability

• Application: Suitable for custom and performance vehicle builds

• Airflow: Unrestricted airflow to support engine efficiency and power