Festive Deal Aem 2014 Subaru Forester 2.0l H4 - Cold Air Intake System - Gunmetal Gray Perfect For Gifting [gpTNUZKb]

AEM Cold Air Intake System for 2014 Subaru Forester

The AEM 21-742C Performance Cold Air Intake System is designed to breathe new life into your 2014 Subaru Forester. This advanced intake system replaces the restrictive factory air filter and air intake housing, resulting in increased horsepower and torque. Engineered with precision, this system is tailored to fit specific Subaru Forester models, ensuring optimal performance and a seamless installation.

Key Features and Specifications

The AEM 21-742C features an oversized AEM Dryflow synthetic washable air filter, providing superior air flow and filtration. This filter is located in the original air box space, protected by a heat shield that reduces intake air temperature, enhancing horsepower. The intake tubing is made from mandrel-bent aluminum, coated with a durable gunmetal gray finish for a sleek appearance and added strength. The system is also compatible with the engine's factory emissions control devices, including the mass air sensor. Here are some of the key benefits:

• Increased Horsepower and Torque: The high-flow air filter and optimized intake design significantly improve engine performance.
• Easy Installation: The system is designed for easy installation using commonly available tools, ensuring a hassle-free upgrade.

Practical Uses and Warranty

The AEM 21-742C Performance Cold Air Intake System is perfect for drivers seeking enhanced performance and an attractive aesthetic upgrade. With its durable construction and easy installation, this system is ideal for both daily commutes and track days. Backed by AEM's Lifetime Limited Warranty, you can trust in the quality and reliability of this product. Before purchasing, please check the legal status for your vehicle as some AEM air intakes are not compliant with California emission standards. View the 21-742C vehicle applications to determine the legality for your Subaru Forester model.