Performance Air Intake For Acura TL (1999-2003) With 3.2L V6 Engine Black

Cold Air Intake Induction Kit – Fits Honda Accord & Acura TL/CL V6 (1995–2003)

Enhance your driving experience with this High-Performance Cold Air Intake Induction Kit, engineered to deliver increased power, torque, and efficiency for Honda Accord and Acura TL/CL V6 engines. Designed with precision and built for performance, this intake system improves airflow to your engine, resulting in faster acceleration, better throttle response, and a deep, aggressive tone that every car enthusiast will love.

Fitment

• 1995–1997 Honda Accord 2.7L V6 (LX / EX / EX-R)

• 1998–2002 Honda Accord 3.0L V6 (LX / EX)

• 2001–2003 Acura CL 3.2L V6 (Base Model)

• 1999–2003 Acura TL 3.2L V6 (Base Model)
  (Fits Manual & Automatic Transmissions)

Key Features

• Boosts horsepower and torque by up to 10%

• Made from T304 lightweight aluminum piping for durability and smooth airflow

• Improves throttle response and engine efficiency

• Replaces restrictive factory air filter and intake tubing

• Produces a deeper, sportier engine sound

• Washable, reusable air filter — only needs cleaning every 50,000 miles

• Easy bolt-on installation with basic hand tools in under an hour

• Designed to not void your vehicle warranty

Performance You Can Feel

This Cold Air Intake Kit optimizes airflow through your stock manifold system, helping your engine breathe easier and perform at its best. The result? Noticeable horsepower gains, sharper throttle response, and improved fuel efficiency — all while giving your V6 a more aggressive sound.

Why Upgrade Your Factory Air Box?

• Gain More Horsepower

• Faster Acceleration

• Improved Fuel Economy

• Deeper, More Sporty Engine Sound

• Sleek Engine Bay Appearance

• Reusable, Easy-to-Clean Filter

Installation is simple and requires only basic tools like screwdrivers and socket wrenches. Most users can install the kit in under an hour. For best results, reset your battery after installation to let the ECU adjust to the new airflow.