Description
K&N Cold Air Intake System - High-flow, Aluminum Tube - Toyota Camry L4 2.4L
Unlock the full potential of your Toyota Camry (2007-2009) with K&N's High-Flow Cold Air Intake System. Engineered to deliver significant improvements in horsepower and torque, this intake system includes a mandrel-bent aluminum intake tube that ensures maximum airflow, while the oversized K&N High-Flow Air Filter effectively traps contaminants, enhancing engine protection.
This system guarantees an increase of 14.26 horsepower at 5639 RPM and an additional 13.3 lb-ft of torque, delivering improved acceleration and overall performance. The K&N air filter features a washable, reusable design and is crafted with oiled cotton filter media for superior filtration efficiency. It only needs to be cleaned every 100,000 miles under normal highway driving conditions, making it a long-lasting and cost-effective upgrade.
Key Features:
- Horsepower Gain: 14.26 HP @ 5639 RPM
- Torque Gain: 13.3 lb-ft
- System Type: Cold-Air Intake System (69 Series Typhoon Kits)
- Air Filter Material: High-flow cotton gauze for superior filtration
- Air Filter Color: Red
- Intake Pipe Material: Durable aluminum with textured black finish
- Clamps: Includes 5 stainless steel clamps for secure installation
- Couplers: Includes 2 couplers for a tight fit
- Simple Installation: Most installations can be completed in 60 minutes with basic hand tools
- Lifetime Warranty: No-Hassle Lifetime Limited Warranty, ensuring durability and reliability
- Street Legal: Not legal for sale or use in California on any pollution-controlled motor vehicle
Fitment Details:
- 2009 Toyota Camry 2.4L L4 Gas (All Models)
- 2008 Toyota Camry 2.4L L4 Gas (All Models)
- 2007 Toyota Camry 2.4L L4 Gas (All Models)
This K&N Cold Air Intake will not void your vehicle warranty and is designed to replace your factory air filter and intake tube with an easy-to-install, high-performance system. Not only does this increase horsepower and torque, but it also improves engine efficiency and throttle response.
