Finally K&n 10-12 Chevy Equinox / Gmc Terrain 3.0l V6 High-flow Perf Intake Kit Web Only Deal [pvLgGnc1]

Finally K&n 10-12 Chevy Equinox / Gmc Terrain 3.0l V6 High-flow Perf Intake Kit Web Only Deal [pvLgGnc1]

Elevate your Chevy Equinox or GMC Terrain's performance with the Finally K&n 10-12 Chevy Equinox / Gmc Terrain 3.0l V6 High-flow Perf Intake Kit Web Only Deal [pvLgGnc1]. This premium intake system is designed to deliver a guaranteed increase in horsepower and torque, enhancing your vehicle's overall performance. The kit includes a mandrel-bent aluminum intake tube for optimal airflow and a washable, reusable High-Flow Air Filter with oiled cotton filter media. With this system, you can expect improved engine efficiency and a more responsive drive.

Product Details and Specifications

The K&N High-Flow Air Filter is a key component of this intake kit. Its oversized, conical filter design allows for extended service intervals, up to 100,000 miles under normal highway driving conditions. This not only saves you time and money on maintenance but also ensures a consistent airflow to your engine. The custom heat shield or air box is designed to protect the intake air from the high temperatures of your engine bay, maintaining optimal performance and longevity. The entire system is designed for a quick and easy installation, typically taking less than 90 minutes.

Practical Benefits and Target Audience

Whether you're a daily driver or an enthusiast, the Finally K&n 10-12 Chevy Equinox / Gmc Terrain 3.0l V6 High-flow Perf Intake Kit Web Only Deal [pvLgGnc1] offers practical benefits that enhance your driving experience. By increasing horsepower and torque, this intake kit provides a more thrilling and responsive drive. Its durability and ease of maintenance make it a perfect choice for anyone looking to boost their vehicle's performance without compromising on reliability. This kit is specifically designed for 2010-2012 Chevy Equinox LT and LTZ, as well as GMC Terrain SLE and SLT models, ensuring a perfect fit and optimal performance.