Mitsubishi 4G63 EVO 1–3 Sheet Metal Intake Manifold High Flow – Turbo | Velocity Race

Velocity Race Mitsubishi 4G63 EVO 1–3 Sheet Metal Intake Manifold – High-Flow Performance

 

Upgrade your intake system with the Velocity Race Sheet Metal Intake Manifold designed specifically for Mitsubishi 4G63 EVO 1–3 engines. Developed for high-performance builds, this manifold improves airflow efficiency and supports higher horsepower applications.

 

Fabricated and TIG-welded for strength and consistent airflow characteristics, it is ideal for turbocharged setups and motorsport use. Suitable for both competitive and street-driven performance builds.

 

Velocity Race specializes in CNC-machined and fabricated automotive performance components for enthusiasts and workshops worldwide, with worldwide shipping available.

 

 

Compatibility

Fits:

• Mitsubishi Lancer Evolution 1

• Mitsubishi Lancer Evolution 2

• Mitsubishi Lancer Evolution 3

• 4G63T engine applications (EVO 1–3)

 

 

Features and Benefits

• High-flow sheet metal intake manifold design

• Optimized runner layout for improved airflow

• Supports high-horsepower builds

• Ideal for turbocharged applications

• Strong TIG-welded construction

• Performance-oriented design for racing use

• Comes with 70mm Mitsubishi throttle body bolt pattern (custom throttle patterns available upon request)

 

 

Material and Finish

• Material: Fabricated T6061 sheet aluminum

• Standard Finish: Polished aluminum

 

 

Anodizing Options

• Black

• Purple

• Blue

• Gold

• Red

• Silver

Additional 4–5 days processing time applies for anodized finishes.

 

 

Package Includes

• 1 × Sheet metal intake manifold

• Intake manifold gasket

• Necessary fittings and hardware

 

 

Important Note

• This is an aftermarket performance component by Velocity Race

• It is not an OEM or genuine Mitsubishi product

• Brand and vehicle names are used strictly for compatibility reference

 

 

Installation

• Professional installation recommended

• ECU tuning is recommended for optimal performance