Cold Air Intake for Acura TL (2007-2014) 3.5L V6 Engine Black Coated

Fitment:

2010 Acura TL 3.7L V6

2007-2014 Acura TL 3.5L V6

2008-2012 Honda Accord 3.5L V6

2010-2012 Honda Crosstour 3.5L V6

(Fits Auto & Manual Transmission)

Features

• Boost horsepower and torque by up to 10%
• Made with T304 lightweight aluminum piping
• Engineered for exceptional filtration and high airflow
• Improves throttle response for a more efficient drive
• Replaces factory air filter and intake tube
• Maximizes airflow through stock manifold system for a deep, sporty sound
• Washable filter requires cleaning only every 50,000 miles under normal driving conditions
• Easy installation with basic hand tools, takes less than 60 minutes
• Will not void vehicle warranty

This Cold Air Intake is specifically designed for Acura TL (2007-2014) 3.5L V6 engines, enhancing engine performance and efficiency. The air intake's engineering maximizes airflow, enabling your engine to inhale more air compared to the factory air intake system. The kit includes high-quality aluminum pipes for durable use. The cold air intake not only increases power output but also adds a stylish and aggressive appearance to your engine bay. With straightforward installation instructions, your Acura TL's horsepower and acceleration will noticeably improve.

Why change your factory air box for an intake?

- Gain more Horsepower
- Better Acceleration
- Improved Fuel Economy
- Enhanced Sound - A deeper or throaty tone
- Sporty Engine Look
- Spend Less on Filters - Can be cleaned and re-oiled
Installation is fairly easy and only involves removal of your factory air box.
Basic tools are required including screw drivers and socket wrenches to remove the factory air box. You can also search on YouTube for videos showing air box removal for your vehicle.
Most customers can install an aftermarket air intake within 1 hour
It is advised to RESET your battery terminal for a few seconds so your engine computer can re-learn the increase in air flow. Always disconnect your battery when performing engine work.