Page 51 - Engineering

Our recently released catch can for this 2016+ Chevy Camaro 2.0T needed a part two to our "The Making Of" (TMO) video series for the project, and I was tasked with directing it. I wanted to take our Camaro home (Washington D.C.) for the weekend to put some miles on it so our kit would catch real world content inside of the catch can to show in the video. It just so happens that we had a full cat-back exhaust prototype on the car for me to enjoy. Let me tell

The pre-sale for this oil cooler kit is now live! You can purchase the 2010-15 Camaro SS Oil Cooler Kit here!

There's nothing quite like the feeling of powering down the long straight, your right foot trying to turn the throttle into dust, hurtling towards the first turn. As the engine RPM climbs into the red you tell yourself not to lift, keep that foot down until the last second. You've put your heart and soul into your Camaro's engine, and you've placed your trust in your Mishimoto oil cooler. All you need to do now is keep your foot down and let them both do their jobs.

Combating high oil temperature is something that almost every 5th Gen Camaro SS owner has experienced. The factory liquid-to-liquid oil cooler that we examined in the last post

We have a lot of advanced equipment at our disposal that would make a design for an upgraded intercooler pipe kit for this 2016+ Chevy Camaro 2.0T superior over stock in many ways. We aren't only aiming for these pipes to have spot-on fitment. It's crucial to think about every design detail and consider how you can keep these pipes with you throughout your quest for more power without having to do anything to them. This means incorporating design features that can support even more modifications - whether you plan to use them or not. I'll take you through how we accomplished this.

Prototype intercooler pipes up for testing

Our engineer was able to get his hands on detailed 3D model data files of the Camaro's

I've always wondered if it's a coincidence that the start of tax-return season is timed so conveniently with the startup of the race season for us gearheads. How is it that our hard-earned money withheld from our wages the previous year is graciously beset upon our bank accounts, but then immediately drawn right back out to fund the rest of the car parts we all want? It's something I succumb to almost every year, with 2017 not excluded, and I know I won't be alone. There are just some things we all need for our cars to reach that next level. Our intercooler core for this 2016+ Camaro 2.0T will certainly fall into that category.

Prototype Mishimoto 2016 Camaro 2.0T intercooler core

There were

Turbocharger compressors like denser air, which is why us car enthusiasts joke about how, although the winter is the motorsports off-season, it's peak "boost" season. Cars with forced induction love the colder, denser climates because by driving in colder weather, the turbocharger or supercharger gets fed a bit more air than in warmer weather. That's why you might feel a harder punch from the gas pedal in the middle of a freezing Chicago December compared to a Daytona Beach July.

Since we don't all boost happily in the Siberian Tundra, the way to replicate this effect is by finding a way to supply more air to your method of forced induction. One way to do so is by making your intercooler piping or charge pipes larger. Larger pipes allow more airflow, which translates to more power. Our lead engineer for this entire intercooler project is very familiar with this idea, before creating larger pipes, we must first evaluate the stock pipes - hot side and cold side - to know exactly what we

I've been labeled a Nissan guy for a long time now. My 1995 Nissan 240SX has served me well during the six years I've owned it, sticking with me through the second half of college, nine states on the east coast and more drift events than I can honestly count. Being a Nissan guy (specifically a 240 guy) has really been the one thing I could easily identify with, other than usually being able to see over crowds and get the "Did you play college ball?" question. While I'm familiar with what is known as the S-Chassis, I'm a car guy through and through, and I can appreciate the builds and the individual styles that come from all sorts of different personalities and backgrounds. This is exactly why when I saw this new 2016 Honda Civic 1.5L Turbo Hatchback pull into our parking lot last week, I got excited.

I told you this project was going to move fast. In the last update, we laid down our design plans for how we will give this RS coolant expansion tank some sprucing up. Not only did we make the tank more pleasing to look at, we also increased the capacity and added a neat sight tube so you can check your levels with ease. You guys have been asking for it, so let's get up close and personal.

The stock unit pales in comparison to the size of the Mishimoto tank.

One of the first things you'll notice with this tank is the capacity increase over the stock unit. We are making this tank to fit both the Focus RS and ST, but that doesn't mean we have to stay within the size parameters

The pre-sale for this kit is now live! Click here to buy the Mishimoto N55 Catch Can Kit!

Nothing ruins a weekend drive through your favorite back roads more than an unexpected check engine light (CEL). That is, nothing except a flashing check engine light.  Having driven my fair share of Volkswagens, Audis, and more recently Subaru's, I've become quite accustomed to the warm, orange glow of a lit check engine light.  A solid CEL is something that no longer worries me; it's something that I, and most people who modify cars, have come to expect every now and then.  What does still haunt my dreams, however, is the flashing CEL. What's the difference? A solid CEL is usually a fault that's not life-threatening to the engine.  Small issues

Our Performance Intake kit is now available on Presale! Act fast to take advantage of the special pricing! 

Chevrolet Camaro Performance Intake Kit PreSale

It certainly has been no picnic to get to this point. However, working on this unique, factory-turbocharged application from Chevy has brought to light the importance of the type of testing we do for our intake projects. We've gone through many configurations, spent countless design hours and logged hundreds of miles of road testing. This isn't overkill at Mishimoto, we deem it a necessity.

The amount of time that passed by was no mistake. We spared no R&D expense with this kit. Being as thorough as possible with every aspect of how it looked and the type of performance it delivered was a priority. In the last update, we went through why we encountered a few hiccups during testing, but we took our time in working through