• Skunk2 Cold Air Intake Replacement MAF Coupler | Honda Civic (06-15) (943-05-0200)
  • Skunk2 Cold Air Intake Replacement MAF Coupler | Honda Civic (06-15) (943-05-0200)
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Skunk2 Cold Air Intake Replacement MAF Coupler | Honda Civic (06-15) (943-05-0200)

Skunk2 Cold Air Intake Replacement MAF Coupler | Honda Civic (06-15) (943-05-0200)

943-05-0200

In stock

$26.95 USD
$29.75 USD $26.95 USD
ADDITIONAL DISCOUNTS APPLIED AT CHECKOUT Sold out

The Skunk2 06-15 Honda Civic Cold Air Intake Replacement MAF Coupler is a high-quality component designed to ensure optimal airflow and sensor fitment for Honda Civic Si models from 2006 to 2015. Crafted from durable materials, this coupler replaces the factory unit to maintain a secure seal between the mass airflow sensor and the intake system. Its precise construction helps prevent leaks and ensures consistent sensor readings, which can enhance throttle response and overall engine performance. The coupler is engineered to withstand high temperatures and vibrations, making it a reliable upgrade for enthusiasts seeking improved airflow efficiency and engine responsiveness.

This replacement MAF coupler is compatible with Skunk2 Cold Air Intake Systems, specifically part numbers 343-05-0100 and 343-05-0200. It fits 2006-2015 Honda Civic Si models, including various chassis codes, and is intended for use in street or performance applications. Installation involves replacing the stock coupler with this direct-fit component, providing a secure connection that maintains sensor accuracy. Ideal for those upgrading their intake system or performing maintenance, this coupler ensures continued optimal airflow and sensor function for daily driving or spirited driving scenarios.

Overview

Skunk2 Racing Cold Air Intake Replacement MAF Coupler

Fitment Summary

Part #: 943-05-0200

Overview

The Skunk2 Cold Air Intake Replacement MAF Coupler is a high-quality component designed specifically for Honda Civic Si models from 2006 to 2015. Crafted to ensure a secure and airtight connection within your cold air intake system, this coupler helps maintain optimal airflow and performance. Whether you're upgrading your existing intake or replacing a worn part, this coupler offers a reliable solution to support your vehicle’s intake efficiency and durability. It is ideal for enthusiasts seeking to preserve or enhance their intake system’s integrity and ensure consistent airflow for improved engine response.

Key Features

Designed with precision and durability in mind, the Skunk2 MAF Coupler features high-quality materials that resist heat and wear. Its seamless construction ensures a tight fit, preventing leaks and maintaining optimal airflow. The coupler’s flexible design accommodates slight variations in pipe diameter, making installation straightforward and secure. Built to withstand the rigors of daily driving and performance use, this component helps support your vehicle’s intake system longevity and consistent performance.

Construction & Design

Manufactured from durable, heat-resistant silicone, the Skunk2 MAF Coupler is engineered for a precise fit and long-lasting performance. Its smooth interior surface minimizes airflow restrictions, contributing to efficient engine breathing. The high-quality silicone material provides flexibility for easy installation and removal, while maintaining a secure seal under various operating conditions.

Installation & Fitment

This replacement coupler is designed for direct fitment with Skunk2 Cold Air Intake Systems on Honda Civic Si models from 2006 through 2015. Installation is straightforward, requiring no special tools, and ensures a tight seal to prevent air leaks. Proper installation helps maintain peak intake efficiency and engine responsiveness.

What’s Included

The package includes one high-quality silicone MAF coupler designed to replace the original part and restore optimal airflow within your intake system.

Ideal For

This product is perfect for Honda Civic Si owners performing maintenance, upgrades, or repairs on their cold air intake system, ensuring continued performance and reliability.
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