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K&N Air Filter for 2000-2003 Ford Excursion – 33-2248
K&N Air Filter for 2000-2003 Ford Excursion – 33-2248
Part Number: 33-2248
Upgrade your 2000-2003 Ford Excursion with the K&N Air Filter model 33-2248. Designed for optimum performance, this high-flow air filter allows your engine to breathe easier while improving filtration efficiency. With a reusable and washable design, you can enjoy long-lasting performance and savings without sacrificing quality.
Features
- High-flow design for improved engine performance
- Reusable and washable cotton gauze filter material
- Easy installation with a panel design
- Compatible with factory air box
- Reduces engine wear and prolongs engine life
- 2.33 oz (69 ml) filter re-oiling amount
Specifications
Condition: New
Brand: K&N
Product: Air Filters
Weight: 2.1 lb
Width: 7.25 in
Height: 7.25 in
Length: 1.5 in
Package quantity: 1
Product Style: Panel Air Filter
Package Contents: 1 Air Filter
Filter Material: Cotton Gauze
Flanges: Panel
Fitment
Fits 2000-2003 Ford Excursion models.
What’s Included
1 K&N Air Filter (Part Number: 33-2248)
Why Choose This Product?
Choose K&N Engineering for unmatched performance and quality. With a Million-Mile Limited Warranty, K&N air filters are designed to last. Their high-flow, reusable, and washable features not only improve your vehicle’s efficiency but also save you money on replacements over time. Experience the difference a K&N air filter can make for your Ford Excursion.
FAQs
- How often do I need to clean my K&N air filter? Typically, every 50,000 miles, but it can vary based on driving conditions.
- Is the K&N air filter easy to install? Yes, it fits directly into your factory air box and requires no special tools.
- Can I wash my K&N air filter? Yes, K&N filters are washable and reusable for long-term use.
- Will a K&N air filter void my vehicle warranty? No, using a K&N air filter will not void your warranty as long as it is installed correctly.
- How does a K&N air filter improve performance? It allows for greater airflow, resulting in improved acceleration and engine efficiency.