2009-2020 Nissan 370Z / 2008-2013 Infiniti G37 3.7L V6 Cold Air intake kit

2009-2020 Nissan 370Z / 2008-2011 Infiniti G37 3.7L V6 Cold Air intake kit 

Fitment:

• 2009-2020 Nissan 370Z All Models
• 2008-2013 Infiniti G37 All Models
• 2014-2015 Infiniti Q50 with 3.7L V6 Engine Only (Not Fit Hybrid)

Specifications:

• Brand: Flashark
• Type: Cold Air Intake Kit
• Include 1X Performance Cold Air Intake
• Style: Heat Shield Cold Air Intake
• Color: Polished Pipe | Red Filter
• Material: Aluminum Piping
• Filter: Washable and Reusable

Features:

• Allow maximum airflow through the stock manifold system and Intense deep sporty Sound
• Allow maximum airflow through the stock manifold system and Intense deep sporty Sound
• Improve throttle response throughout low and mid RPM
• Filter is upgraded to high quality washable and reusable cone air filter
• This air intake kit will increase 7-10% of Horsepower and 6-8% of Torque
• Easy to install and easy to fit with simple tools

The Nissan 370Z, produced from 2009 to 2020, is a sports car known for its performance and style. It typically features a 3.7-liter V6 engine, which delivers a potent blend of power and responsiveness suitable for sports car enthusiasts. The Infiniti G37, particularly from the 2008 to 2011 model years, shares the same 3.7-liter V6 engine with the Nissan 370Z. The G37, a luxury sport sedan, leverages this engine to provide a thrilling driving experience coupled with comfort and sophistication.

A cold air intake kit replaces restrictive components with larger diameter tubing and a high-flow air filter. This modification allows the engine to breathe more freely, providing increased airflow and potentially boosting horsepower and torque output. Cold air intakes are positioned to draw in cooler air from outside the engine bay, rather than warmer air from within. Cooler air is denser and contains more oxygen, which is beneficial for combustion. This can lead to improved throttle response and overall engine efficiency. Cold air intake kits often feature smoother and more direct airflow paths compared to factory setups, reducing turbulence and air resistance. This optimized airflow can contribute to more efficient engine operation.