Premium PP Material Construction: Made from durable PP material, this intake pipe is lightweight, performance-stable, and offers excellent flexibility. It withstands both high and low temperatures without deforming or softening, provides reliable strength, ensures a longer service life, and reduces the need for frequent replacement.
Enhanced Engine Performance: By drawing in more cool air, this cold air intake pipe improves the engine's air intake efficiency and optimizes combustion. This results in noticeably enhanced power output and overall engine performance.
Practical Retractable Design: Designed with user-friendly modification in mind, this intake hose features a retractable structure that extends to 39.3 inches when fully stretched. It allows flexible routing and can be turned or even rotated with minimal restriction, offering versatile installation options.
Optimized Airflow Reliability: The intake pipe is engineered with a smoother inner wall and a larger diameter, which significantly reduces airflow resistance, increases air volume, and improves sealing to prevent leaks, ensuring consistent and reliable operation.
Universal Fit & Application: This intake pipe is designed for use in most vehicles. The package includes one 76 mm diameter pipe. For vehicles with sensitive air flow meters, this pipe can also be used to extend the distance between the turbine and the meter, helping to resolve related performance issues.
Description
1.The intake pipe is constructed from durable, temperature-resistant PP material, ensuring lightweight performance and long service life.
2.It enhances engine performance by efficiently drawing in cool air to optimize combustion and power output.
3.Featuring a retractable design, it extends up to 39.3 inches for flexible, unrestricted routing during installation.
4.Its smooth inner wall and larger diameter reduce airflow resistance, improve sealing, and ensure consistent operation.
5.This universal 76 mm diameter pipe fits most vehicles and can help resolve air flow meter related issues when extending the turbine-to-meter distance.