K&N Engineering E-1997 Conical Reusable Cotton Air Filter for Ford Mustang Bullitt 2008-09

K&N Engineering E-1997 Conical Reusable Cotton Air Filter for Ford Mustang Bullitt 2008-09

$79.99
Sale price  $79.99 Regular price 
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K&N Engineering E-1997 Conical Reusable Cotton Air Filter for Ford Mustang Bullitt 2008-09

K&N Engineering E-1997 Conical Reusable Cotton Air Filter for Ford Mustang Bullitt 2008-09

$79.99
Sale price  $79.99 Regular price 
Replacement Air Filter

The K&N Engineering E-1997 air filter is designed for optimal airflow and filtration in Ford Mustang Bullitt models from 2008 to 2009. Crafted with a conical shape, this filter features a 6-inch base diameter, 4.75-inch top outer diameter, and stands 8.625 inches tall. The 4-inch flange ensures a secure fit within your vehicle's air intake system. Made from high-quality, reusable cotton media, this filter provides excellent filtration while allowing maximum air passage for enhanced engine performance and efficiency. Its durable red silicone seal ensures a tight, leak-free connection, contributing to consistent airflow and protection against contaminants. This filter is suitable for repeated use after cleaning, making it a cost-effective upgrade for your Mustang's air intake system. Designed specifically for Ford Mustang Bullitt models, the E-1997 offers a perfect fit and reliable performance, helping improve throttle response and horsepower while maintaining excellent filtration standards. Installation is straightforward, and the filter’s robust construction guarantees long-lasting service life, making it a popular choice among automotive enthusiasts seeking high-performance air filtration solutions.

Features:

  • Conical shape with 6-inch base and 4.75-inch top outer diameter
  • 8.625 inches tall with 4-inch flange for secure fit
  • High-flow, reusable cotton media for maximum airflow
  • Red silicone seal for a tight connection and durability
  • Designed specifically for Ford Mustang Bullitt 2008-09
  • Enhances engine performance and filtration efficiency

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