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Mishimoto Subaru WRX CVT Transmission Cooler

Welcome back! The quest for low transmission fluid temperatures continues. Once we developed our goals and plan of action for this project, our engineering team went to work, grinding, welding, bending, and cutting. Our first prototype design was quite unique. We mounted one of our 19-row, stacked-plate fluid coolers next to the liquid-to-liquid transfer unit. This is the same location as the turbocharger on the previous generation of EJ engines. Check out the beginning of the mock-up below!

Prototype

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Mishimoto Compact Baffled Oil Catch Can

The project is complete! We are very pleased with the outcome, and we expect a ton of positive feedback on this product. In fact, three or four of our employees have already reserved units for their personal vehicles. Speaking of " I should pick up one for my NB Miata!

The production quality catch can is now prepared for your viewing pleasure. Check it out below, starting with the base of the can.

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Mishimoto Compact Baffled Oil Catch Can

The CNC-machined components keep rolling in! Our last prototype has been constructed and is now ready for our final evaluation before beginning mass production of these units. This prototype is a raw aluminum version; our final version will feature a black anodized finish.

The first completed component is the base/can portion of the product. This is a CNC-machined piece with internal threading on the upper portion, a port on the bottom for a drain or valve, and knurling at the bottom for ease of removal.

Interested in purchasing this catch can? Check out our product page for more information!

Mishimoto Compact Baffled Oil Catch Can

Time to fabricate/prototype our awesome catch can design! We would be using our in-house fabrication equipment and our 3D printer to develop a plastic and metal prototype.

Prototype Fabrication

We began by fabricating the base of the can from aluminum. Dan set to work cutting, welding, and polishing the base you see below.

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Interested in purchasing this catch can? Check out our product page for more information!

Mishimoto Compact Baffled Oil Catch Can

Initial 3D rendering of Mishimoto Compact Baffled Oil Catch Can

So we asked ourselves, what makes a catch can appealing to the masses? In a market swamped with extremely low-priced options, a new product could easily get lost in the mix of products already available. Our team began sifting through forums and asking our contacts at local shops to see exactly what they wanted from a catch can. We also reviewed our current line of products, to see if we could develop a new design

What does one do with a blown Subaru EJ20? We asked this question on one of our social media outlets and had a ton of responses. This included a coffee table, flower pot, speaker system, stove, and even a boat anchor. After spinning a few rod bearings during some dyno testing (this WRX led a pretty rough life), we decided it was time to get creative with the remains. With an upcoming open-house event, we were determined to turn this grimy, beaten engine into a display unit for our Subaru product line.

With little time before the event, we set one of our engineers to the task of disassembling and refinishing this filthy engine. Our goal was to have a mobile display unit that could be used as a great conversation starter at events we attend. The entirety of our product line would be used to provide a neat glance at what we offer for the Subaru WRX/STI. Check out the build process below!

After a few hours in the shop, the engine was finally out and ready for disassembly.

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Mishimoto Subaru WRX Performance Air Intake

Dyno testing for our 2015 WRX intake has commenced! Check out a few of the videos captured during the development process.

Thanks for watching!

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Interested in picking up our aluminum 6.4L radiator? Check out our product page for more information!

Mishimoto Ford Powerstroke Aluminum Radiator

We recently decided to take a look at the issues surrounding the frequent radiator failures for the 6.4L, check out our findings below!
After identifying the radiator as a common failure point on the Ford 6.4L Powerstroke, Mishimoto was quick to develop a full aluminum cooling solution for the plastic end-tank factory radiator. We are well aware of the widespread issues with stock radiator leaking at the end tanks, core, and hoses. Ford has attempted to remedy this issue throughout several years, releasing numerous TSB's for a variety of cooling components.

The Mishimoto radiator

Interested in purchasing our STI intercooler? Check out our product page for more information!

Mishmoto Subaru WRX STi Performance Top-Mount Intercooler Kit

Testing day! After a long ride through development and design, it was finally time to see the fruits of our labor. Before strapping the STI to the dynamometer, we needed to prepare the coolers for testing. This included drilling and tapping the coolers for our temperature and pressure sensors at both the inlet tank and outlet tank.

Check out a few preparation shots of our stock cooler!