Page 7 - performance

The prototype for our MK7 GTI intake system will be unique. While designing the airbox, we needed to accommodate the factory mounting points, the battery cable routing, proper filter placement inside the box, and the stock fresh-air inlet scoop. Let's take a look at the gradual progression to a fully functioning prototype!

We gathered some piping in our garage and tack-welded together an intake tube route. We then sorted through our air filters to locate an appropriate air filter that would fit within the constraints of the airbox we had in mind. The filter will be placed right next to the fresh-air inlet, optimizing the amount of fresh air that will pass through the pipe.

The Piping

MK7 GTI intake prototype

Interested in purchasing one of our new shift knob designs? Check out more product details at the link below!

Mishimoto Shift Knobs

We've brought you two prototype designs thus far, and now we have one more weighted shift knob ready to pull from our knapsack and present to the public. These three designs are displayed in order from wild to mild, with our third design representing a more traditional shape. Hopefully, one of our new designs is something you could see yourself grabbing ahold of while ripping through some gears.

3D Models

As with our other designs, this life also began as a 3D model. Our Solidworks wizards went to work and quickly transformed an idea from sketches to a rendering. Check it out!

Interested in purchasing one of our new shift knob designs? Check out more product details at the link below!

Mishimoto Shift Knobs

We promised there would be more! Our first design presented Wednesday was pretty slick, and this next design is all about ergonomics and comfort. Not only did the design team work on the aesthetics, but we also spent some time ensuring that the feel of this knob would be ideal for slamming into gears while keeping your eyes pinned to the road.

Initial Design Rendering

As with our other weighted shift knob, this one also started in the 3D world. Check out a couple SolidWorks models showing the initial shape.

" width="300" height="242">

Interested in purchasing one of our new shift knob designs? Check out more product details at the link below!

Mishimoto Shift Knobs

Not all our projects involve in-depth data, heat-transfer calculations, or metal fabrication. From time to time our engineering team collaborates with our talented creative team to develop awesome accessories for your ride. These upgrades might not add power or drop temperatures, but they can surely improve the driving experience and offer an improvement in styling.

In addition to the collaboration work, each design was created by a different member of our team. If you know any of these people, you might see where the designs reflect their personalities quite a bit.

Weighted Shift Knob

Our first unique design is likely to find its way into the vehicle of someone seeking a bolder look. This design started life

In our last post we took a good look at the stock Fiesta ST exhaust and the initial design of our cat-back exhaust. The exhaust was fabricated and installed on the car and then it was time to test the stock system.

To Resonate or Not to Resonate

Getting the sound just right was quite a process. Our initial prototype featured 2.5" piping with a single rear muffler. This design did not feature a resonated mid-pipe unlike the stock unit. The initial design was sound tested on the dyno and also test driven by several members of the team. While we loved the low growl of the exhaust as it was, we wanted to test a resonated version before settling on a final design. As with all exhaust development projects, we are aiming for a final product that sounds great on throttle while still being

Interested in purchasing our awesome intake system? Check out our product page linked below!

Mishimoto Nissan 350Z Performance Air Intake!

Last time we dyno tested our assembled prototype for sound and performance. Maximum gains were achieved in the midrange of the rpm band to the tune of 10 whp and 13 wtq. These are impressive numbers. We saw gains from the start of the pull through redline, averaging around 5-7 whp/wtq throughout.

The sound produced by the VQ with our intake installed is nothing short of awesome! The large air filter and reduced restriction produces a deeper, amplified induction tone that sounds quite satisfying from behind the wheel.

Our last task is to fully model our design in Solidworks and construct our final prototype for fitment confirmation. As we mentioned last time, minor tweaks were needed to perfect fitment.

Intake 3D

Team Mishi likes to look out for our Subaru community. If you have been following our engineering blog, then you'll notice that we have been rolling out a slew of high quality 2015+ parts WRX. One of the biggest products we launched was our bolt-on intake system. Not only did we provide easy power gains, but our system greatly improved sound, and created a large group of very pleased customers. The gains we produced were a result of reduced restrictions compared to the factory system. A great product that supports stock and mildly modified examples. We are now turning our attention to an even less restrictive iteration that will be designed to support vehicles necessitating maximum airflow.

Our race-inspired design for this WRX intake will take the more aggressive route of obtaining the maximum power potential an intake can deliver to this FA series motor. Keep in mind, this secondary "Race" design will require tuning for safe operation.

It is important to understand that this

Interested in purchasing our awesome intake system? Check out our product page linked below!

Mishimoto Nissan 350Z Performance Air Intake!

With our initial design completed, it is time to strap our Z to the dyno and make a few pulls. We would be evaluating power output and engine sound, both of which are important aspects of our Nissan 350Z intake design.

Dyno Testing

Setting vehicle up for Nissan 350Z intake testing

Once we had the car lined up properly, we were ready to make some pulls!

Interested in purchasing our BRZ/FR-S Fan Shroud Kit? Check out more details at the link below!

Mishimoto Subaru BRZ / Scion FR-S / Toyota GT86 Plug-N-Play Aluminum Fan Shroud Kit!

We're back for some more fan shroud fabrication! The last portion of this series highlighted the beginning stages of initial shroud design. The BRZ/FR-S uses a fairly unique overflow tank that mounts directly to the factory fan shroud. This is our first target for part two of product design.

Overflow Tank Mount Fabrication

This tank has two upper mounting points which use a bolt which passes through the tank material and into threads on the shroud. We utilized round stock aluminum which was cut to the proper length, drilled, and tapped for the appropriate factory bolt. These were then welded to the shroud in a position that would place the tank in the

Interested in purchasing our awesome intake system? Check out our product page linked below!

Mishimoto Nissan 350Z Performance Air Intake!

We're back with more grinding, fitting, cutting, and welding. The fabrication of our intake prototype for the Nissan 350Z continues!

Airbox Fabrication

When we left off, we had fabricated three sides of our airbox and created a 3D model for our MAF-to-filter adapter. The next plan was to continue designing and constructing our airbox, starting with the base.

Template for 350Z intake airbox base

We mapped out our base