Specifications
| Series | |
|---|---|
| Filter Color | |
| Tube Finish | |
| System Type | |
| Material |
Includes
- (1) CCV Disconnect Tool
- (1) High-Flow Oiled Filter
- (1) Plastic Injection Molded MAF Sensor Housing
- (1) Silicone Intake Elbow
- (1) Steel Airbox
- (2) Worm Gear Clamps
Features
- Provides max gains of 21 whp / 18 wtq while maintaining safe A/F ratios
- Wire-reinforced silicone elbow with CNC billet fittings eliminates restrictions and improves and increases airflow capacity
- Heat-resistant, glass-reinforced nylon MAF sensor housing and integrated air straightener molded by plastic injection
- Powder-coated black airbox keeps unwanted hot air from entering the air filter
- Mishimoto high-flow oiled air filter receives maximum airflow from the front of the vehicle
Product Details
Performance Aluminum Red Cold Air Intake System (MMAI-CAM4-16RD) by Mishimoto®. Whether your car is a daily driver or a fully built track beast, Mishimoto has products for your application. Mishimoto takes vehicle performance to the next level in terms of power, cooling, and reliability. Our aluminium radiators, universal intercoolers, oil coolers, and more are engineered to perfection, ensuring a reliable and high-quality end product. All products are designed in Delaware, USA at the Mishimoto engineering facility, and feature the exclusive Mishimoto Lifetime Warranty.
Installation
Designed to fit on either your stock or Mishimoto turbo inlet tube, this race intake is also compatible with most aftermarket front-mount intercooler kits. Due to the size of the intake pipe, a re-tune of your vehicle's ECU is necessary to keep your engine running safe and extracting the most horsepower from the added airflow. The intake pipe also features a CNC-machined air diverter to provide consistent airflow readings to the MAF sensor, making re-tuning quick and easy. The intake pipe is available in a polished or wrinkle black finish. A 3" diameter Mishimoto high-flow air filter is also included which features a built-in velocity stack for maximum flow.