HPS Performance Products 837-598WB Cold Air Intake Kit

The HPS Performance 837-598WB Cold Air Intake Kit is engineered specifically for the 2006-2011 Honda Civic Si 2.0L, delivering significant performance enhancements through improved airflow and cooler air inlet temperatures. This kit relocates the HPS Performance Air Filter outside the engine compartment, optimizing air intake for better combustion efficiency.

Performance Gains

This cold air intake system is designed to provide measurable performance improvements, including:

• +8.9 Whp horsepower increase
• +7.1 Ft/lbs torque enhancement
• Improved throttle response for a more engaging driving experience

Construction and Design

The intake features lightweight, mandrel-bent aluminum alloy tubing that replaces the restrictive factory air box. This design not only enhances airflow but also ensures excellent heat dissipation and long-lasting durability. The kit includes:

• HPS signature race-proven reinforced silicone hoses
• Industrial-grade 100% stainless steel T-bolt clamps for secure connections
• A high-flow HPS Performance Air Filter that is washable and reusable, designed for optimal filtration without compromising airflow

Installation Details

Installation is straightforward, with a comprehensive manual included that features clear pictures and step-by-step instructions. While no tuning is required post-installation, the removal of the front bumper is necessary to facilitate the installation process. Additionally, the kit comes with an HPS silicone coolant re-route hose to prevent any contact with the stock coolant hose, and an air straightener to reduce the likelihood of check engine light (CEL) activation.

Specifications

• Product Type: Performance Air Intake
• Series: 837 Series
• Color: Black
• Vehicle Type: Sport Compact
• Tubing Material: Aluminum
• Air Filter Type: Cone
• Replacement Air Filter SKU: HPS-4275

Fitment

• 2006-2011 Honda Civic Si 2.0L

Upgrade your Honda Civic Si with the HPS Performance 837-598WB Cold Air Intake Kit and experience the difference in performance and responsiveness.