RVE 4-Inch Closed-Box Performance Intake System | Hyundai Elantra N CN7

 

RVE 4-Inch Closed-Box Performance Intake System (First 10 get Day 1 Edition)

 

The RVE 4-Inch Closed-Box Intake System was developed specifically for the Hyundai Elantra N CN7 platform with one goal: provide a large, clean airflow path to the turbo without sacrificing the benefits of an enclosed intake system.

 

At the center of the system is a full 4-inch aluminum intake tract, paired with a purpose-built closed aluminum airbox and velocity-stack inlet. The velocity-stack design provides a smoother transition into the intake tract, while the enclosed airbox helps separate the filter area from direct engine-bay heat.

 

Rather than building an intake around sound alone, the RVE system is designed with airflow capacity and future performance development in mind.

 

Features

 

* 4-inch aluminum intake piping

* Closed aluminum airbox

* Velocity-stack inlet design

* Large-volume intake tract designed to minimize unnecessary inlet restriction

* Enclosed filter area to help reduce direct exposure to engine-bay heat

* Silicone hose connections and required intake adapters

* Purpose-built for the Hyundai Elantra N CN7 platform

* Designed as part of the broader RVE Hyundai N performance ecosystem

* Clean OEM+ engine-bay appearance with substantially increased intake volume

 

Performance-focused design

 

A larger inlet alone does not magically create horsepower. The objective of the RVE 4-inch system is to provide the turbocharger with a low-restriction intake path with additional airflow headroom, particularly as airflow demand increases on modified vehicles.

 

The velocity-stack entrance is intended to provide a smoother entry into the intake tract and reduce the abrupt airflow transition associated with a sharp-edged inlet. The closed-box architecture is designed to maintain the advantages of a dedicated airbox rather than leaving the filter completely exposed within the engine bay.

 

Final airflow, pressure-drop, temperature and power testing will determine any published performance gains.