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  1. Mercedes CLA45 AMG Intake R&D, Part 3: Product Testing and Results

    Mercedes CLA45 AMG Intake R&D, Part 3: Product Testing and Results

    Interested in picking up our Mercedes CLA45 intake system? Check out our product page for more details.

    Mishimoto Mercedes-Benz CLA45 AMG Performance Air Intake

    Inlet Tube Test Component Fabrication

    Time for the fun part, dyno testing! Before putting the AMG on our dyno, we needed to make a quick adjustment for our tests. As mentioned in our previous posts, we created the inlet tube with our 3D printer for this intake, but with the close proximity of this component to the exhaust and turbocharger, we were a bit concerned with it melting or deforming during our dyno runs. We decided to fabricate an aluminum prototype to better handle the heat.

    We started with some aluminum pipe and our template 3D-printed design.

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  2. The Mishimoto 2nd-Generation Cummins Intercooler, Part 3: Prototype Evaluation and Test Fit

    The Mishimoto 2nd-Generation Cummins Intercooler, Part 3: Prototype Evaluation and Test Fit

    Interested in picking up our 2nd Gen Cummins intercooler or intercooler pipe kit? Check out the product pages linked below!

    Dodge 5.9L Cummins Intercooler

    Dodge 5.9L Cummins Intercooler Pipe & Boot Kit

    Mishimoto intercooler dyno testing
    Mishimoto intercooler dyno testing

    We included a teaser shot of our prototype cooler toward the end of our last update. Now it is time to provide a more in-depth look at our intercooler.

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  3. Mercedes CLA45 AMG Intake R&D, Part 2: Full Prototype Fabrication

    Mercedes CLA45 AMG Intake R&D, Part 2: Full Prototype Fabrication

    Interested in picking up our Mercedes CLA45 intake system? Check out our product page for more details.

    Mishimoto Mercedes-Benz CLA45 AMG Performance Air Intake

    Mishimoto intake 3D render
    Mishimoto intake 3D render

    When we last left off we had finished the evaluation of the stock intake system, and the design of our prototype had commenced. Our first component is the turbocharger inlet tube, which mounts to the compressor inlet. Check out a few shots of our 3D-printed design!

    Inlet Tube

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  4. A New BMW F30 Performance Intake, Part 1: Stock Intake and Initial Fabrication

    A New BMW F30 Performance Intake, Part 1: Stock Intake and Initial Fabrication

    Interested in purchasing our F30 intake system? Check out our product page for more information!

    Mishimoto BMW F30 Performance Intake!

    BMW F30 on dyno
    BMW F30 on dyno

    After wrapping up some loose ends with our E36 and E46 projects, it was time to turn our attention to one of the new offerings from BMW. The  4-cylinder turbo N20/N26 caught our eye as a very interesting new engine, and we decided to bring one into the shop for an initial look at the vehicle and to begin developing a few products for this chassis.

    Stock Intake System

    Before pulling out the welder and aluminum, we needed to evaluate the stock intake system to determine our game

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  5. Developing A N54 Catch Can Solution, Part 3: Final Design and Features

    Developing A N54 Catch Can Solution, Part 3: Final Design and Features

    Interested in picking up our N54 oil catch can system? Check out more details on our product page linked below!

    BMW N54 Baffled Oil Catch Can Kit

    After selecting a catch can location and fabricating a mounting bracket, we needed to fully install the can/bracket combo and begin putting together a set of CCV lines to complete our kit.

    Catch Can Lid

    Before doing so, the functional prototype of our catch can lid arrived for evaluation by our team. Check it out!

    Mishimoto CNC-machined catch can lid
    Mishimoto CNC-machined catch can lid

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  6. Drop Intake Temperatures. Drop Track Times. Drop Jaws. The Ultimate Guide For Intercooler Selection!

    Drop Intake Temperatures. Drop Track Times. Drop Jaws. The Ultimate Guide For Intercooler Selection!

    What intercooler should I get? Is this a good intercooler? What horsepower gains will I see with this intercooler? Is a universal intercooler right for me? We all see these questions on Internet message boards, and we even hear them in friendly discussions with fellow car folk. Instead of responding with a face palm, we need your help to educate the masses on how an intercooler works. Knowing what makes a great intercooler great is powerful knowledge that can help you select the best cooler for your project.

    The goal of this article is to explain intercooler systems, designs, features, and testing procedures, so that you can more easily select the intercooler that meets your needs. Don’t be that guy with a massive front-mount intercooler on a completely bone-stock vehicle complaining about boost lag. Check out the guide below to educate yourself, your friends, relatives, maybe even that guy at work claiming his three-fifty will blow the

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  7. Does The WRX Need An Upgraded Intercooler? Part 6: Air Shroud Design and Testing

    Does The WRX Need An Upgraded Intercooler? Part 6: Air Shroud Design and Testing

    Interested in purchasing our 2015 WRX top-mount intercooler kit? Check out more details on our product page linked below!

    Mishimoto Subaru WRX Performance Top-Mount Intercooler and Charge-Pipe System

    As noted in our previous post, we decided to design a shroud that would channel airflow more efficiently through the core of our intercooler. Because our cooler features a larger footprint, the stock air shroud directs flow to only a portion of the core. Opening up this airflow to the entire core should result in even greater temperature reductions than we saw during our first round of testing.

    Stock Intercooler Shroud

    First, let's take a look at the stock shroud as Steve removes it from our test vehicle. Here is what you will see under the hood of your WRX.

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  8. Mercedes CLA45 AMG Intake R&D, Part 1: Stock System and Initial Prototyping

    Mercedes CLA45 AMG Intake R&D, Part 1: Stock System and Initial Prototyping

    Interested in picking up our Mercedes CLA45 intake system? Check out our product page for more details.

    Mishimoto Mercedes-Benz CLA45 AMG Performance Air Intake

    CLA45 AMG in shop
    CLA45 AMG in shop


    CLA45 AMG in shop
    CLA45 AMG in shop

    We put out feelers on a variety of forums and through our vendor channel, and we received numerous offers from vehicle owners. We eventually worked out a schedule with the gracious owner of this vehicle and set to work developing our first component for the AMG.

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  9. A New Mishimoto BRZ/FR-S Intake, Part 1: Reasoning and Prototyping

    A New Mishimoto BRZ/FR-S Intake, Part 1: Reasoning and Prototyping

    Interested in purchasing our new BRZ/FR-S intake system? Check out more details on our product page linked below!

    Subaru BRZ / Scion FR-S Performance Air Intake

    Another Intake?

    Wait " Mishimoto already has an intake for the BRZ/FR-S. Why design a second one? As this question crosses your mind, we can provide a simple explanation.

    We have had great success with our existing cold-air intake system for this chassis, and the feedback from our customer base has been fantastic.

    After listening to our customers both directly and through web forums, we concluded that a second intake design was necessary for a completely different set of customers. Here are a few plans for our new design.

    • Engine-bay mounted, stock-appearing airbox setup
    • Easy installation and filter servicing
    • Fits with Mishimoto
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  10. The Mishimoto 2nd-Generation Cummins Intercooler, Part 2: Factory Cooler Data and Mishimoto Design

    The Mishimoto 2nd-Generation Cummins Intercooler, Part 2: Factory Cooler Data and Mishimoto Design

    Interested in picking up our 2nd Gen Cummins intercooler or intercooler pipe kit? Check out the product pages linked below!

    Dodge 5.9L Cummins Intercooler

    Dodge 5.9L Cummins Intercooler Pipe & Boot Kit

    Cummins factory intercooler
    Cummins factory intercooler


    The factory inlet/outlet portions of this intercooler are quite interesting. They are shaped to route around the radiator support; however, this has a significant impact on the airflow through this part of the cooler. This bottleneck cannot be eliminated unless users want to grab the Sawzall and shred some steel. We will be

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