Let your engine breathe and produce the best possible power with the AEM V2 intake system. Allowing your engine take in cooler and denser air will surely result to an immense horsepower and torque gains plus an additional increase in fuel economy. This intake system works by bringing in cooler outside air through the engine, allowing it to operate smoothly and unrestrictedly. This prevents the engine system from ingesting hot underhood air that can only impede its true power potential. This intake system directs the air through a high-flow air filter, where it is being decontaminated before it is sent to an aluminum duct, which reduces drag losses on the airflow. With this, you can get cool filtered air delivered to the throttle body, which is then ready to be burned. This promotes efficient fuel burning, resulting to peak power outputs.

The AEM V2 intake system is a revolutionary breakthrough in inlet design system that aims to deliver more horsepower and torque throughout the entire rpm range. It utilizes a dual chamber that employs two different diameters and lengths or piping, to create multiple frequency sound waves that greatly help in infusing the cylinder with potent air at the entire rpm range. Significant power gains are guaranteed with this intake system. It uses one-piece cotton gauze AEM air filter with exclusive air horn design that enhances performance. Its unique titanium-look zirconia-based powder coating helps reduce heat soak and improves looks. This can be installed easily as it comes along with complete hardware kit with soft mounts and comprehensive installation instructions.

You don’t have to look anywhere else for your needed AEM V2 intake system as you have just come to the right source. Here at GearHead Racing Parts, you can choose from our huge collection of intake systems that will match your specific performance needs. Log on to our online store and easy find the right one suited for your model. You don’t need to spend much of your money as we offer them at prices you can surely afford.