2015-2016 Ford F150 3.5L N/A V6 K&N 63-Series FIPK Cold Air Intake | 63-2596

Highlights:

• Improves peak power and throttle response
• Highly efficient air filter with inlet tubing and heat shield
• Reusable filter with an oiled media
• Drop-in replacement for stock
• No tuning required
• Comes with hardware and instructions
• Fits 2015-2016 F150s only

Increase Your Horsepower With K&N's Air Intake

You can always trust the brilliant intake engineers over at K&N Filters to design something special for your Ford F150, and the 63-Series AirCharger Air Intake Kit does not disappoint. Adding a cold-air intake is a perfect way to get some easy power and performance gains for your truck. The 63-Series intakes are up-gunned versions of K&N's more standard cold air intake kits. K&N intakes are designed to reduce intake restriction as they smooth and straighten air flow, allowing your truck's engine to inhale a larger amount of air than the restrictive OEM air filter assembly. On top of their impressive power gains, this Air Intake Kit improves your truck's fuel economy and throttle response, making it one of the most effective upgrades you can grab for your naturally aspirated 3.5L F150.

K&N Dyno Results: +12.27 Horsepower Increase

Fits The Following Models: 2015-2016 Ford F150 Naturally Aspirated 3.5L V6

Performance K&N Filter with Heat Shield and Inlet Tube

When they designed their 63-Series kits, K&N dug up the largest air filter that they could possibly fit in place of your truck's factory air box and built the rest of the system around it. The filter is one of K&N's classic high-flow oiled systems that brings in a much larger volume of air than stock along with improved filtration. Along with the filter, each K&N 63-Series kit comes with a full heat shield assembly and a highly efficient inlet tube that works together to promote improved airflow into your ride's engine over the stock air box.

Installation Note: Included in this kit are detailed instructions for a relatively quick and easy installation (takes approximately an hour using standard tools).