K&N-Style Universal High-Flow Conical Air Filter – 3-Inch Performance Intake

Enhance your engine's airflow and underhood styling with the K&N-Style Universal High-Flow Conical Air Filter. Designed with a 3-inch inlet, this performance intake filter promotes improved airflow compared to conventional paper filters, making it an excellent upgrade for enthusiasts seeking a sportier intake setup.

Constructed with a multi-layer high-flow filtration media and reinforced with a durable metal mesh, this conical air filter is built to provide reliable filtration while maintaining optimal airflow. The universal design makes it compatible with a wide range of vehicles equipped with a 3-inch intake pipe, making it ideal for custom intake systems and aftermarket performance applications.

Perfect for performance enthusiasts, this K&N-style air filter combines aggressive styling, durable construction, and dependable filtration in one premium package.

Key Features

• K&N-inspired high-flow conical design
• Universal 3-inch inlet fitment
• Multi-layer high-flow filtration media
• Reinforced metal mesh construction
• Reusable and washable design
• Improves intake aesthetics
• Durable rubber mounting flange
• Suitable for custom and aftermarket intake systems

Specifications

Material: Cotton Filter Media, Rubber Flange & Steel Mesh
Filter Type: High-Flow Conical Air Filter
Inlet Size: 3 Inch
Fitment: Universal (3-Inch Intake Systems)
Application: Engine Air Intake
Condition: Brand New
Manufacturer Type: Aftermarket

Why Choose This Product?

Upgrade your intake system with a premium K&N-style conical air filter that offers durable construction, reusable filtration media, and a universal 3-inch fit. A perfect choice for enthusiasts looking to enhance engine bay styling and optimize airflow for compatible intake systems.

Package Includes

• 1 × K&N-Style Universal High-Flow Conical Air Filter

Note

Please verify your intake pipe diameter before purchasing. Professional installation is recommended. Performance results may vary depending on the vehicle and intake system configuration.