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  1. Testing and Results - ND Miata Intake, Part 4

    Testing and Results - ND Miata Intake, Part 4

    We finally have an update for the Miata intake project!

    With our prototype now in working order, we were finally able to hook up our ND Miata to our dynamometer and get some pulls underway. At this point in the process, we knew we'd want to play around with some other design ideas while the car was hooked up to the Dynapack. AFRs, power output, and sound clips were all on the agenda for the evaluation of this prototype system.

    Results

    Capture
    Miata intake dynamometer results results

    We did gain some decent performance in the low end of the power band, but the upper end of the curve follows the path of the

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  2. Prototype Development - Camaro SS Intake, Part 2

    Prototype Development - Camaro SS Intake, Part 2

    Last time we left you with a detailed breakdown of the massive stock intake system of the 2016 Chevy Camaro. Designing a prototype that will keep this big V8 happy has been quite a task, but our awesome engineering team has come up with a unique design for a prototype. Let's start by taking a look at our components.

    Mass Airflow Sensor Housing

    The stock mass airflow (MAF) sensor is sandwiched inside an air straightener. This straightener differs from others because it doesn't take up the entire length of the tube. Instead, it's pretty much only as long as the length of the sensor. Based on this, we decided to take that element of Chevy's design and incorporate it into our housing piece.

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  3. Stock Review + Initial Design - E46 Intake, Part 1

    Stock Review + Initial Design - E46 Intake, Part 1

    Our garage has been graced with the presence of a clean 2001 E46 330i, so we can now begin development on this E46 intake. Let's dive right in!

    Stock System

    The 330i stock intake system is similar to the 32X, the big difference being the size of the MAF housing. On the higher-output 330i models, this housing is larger so it can accept greater airflow needed by the more powerful, higher-displacement engine. To accommodate that larger diameter, our design will have a slightly enlarged opening on the heat shield. Everything else should fit right into place! Here are a few shots of the stock system we are working on.

    IMG_9765r
    Aerial shot of the 330i engine bay

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