2016+ Chevy Camaro 2.0T

With the recent release of our Pro Cat-Back Exhaust for the 2016+ Chevy Camaro 2.0T, we have one more variation for you to check out - the Race Axleback.  While it may look like a step down from our Catback, I must say that this exhaust couldn't be any more aggressive.

Even though the cat-back is a full exhaust, it does have two muffling units towards the rear of the system (straight piping from the downpipe would be unbearably loud). This Race Axleback is essentially a full-on straight pipe for the rear section. From the mid-section of the factory exhaust all the way to the end of the rear bumper, there will be absolutely nothing impeding flow or sound, so it turns this mild 2.0T LTG into something completely different. I won't hold anything back here. There was little attempt to tame the sound coming from this exhaust design. This exhaust will crackle, drone, pop, and make surrounding ears curious. See for yourself in our comparison video below!

Downpipes are a choke point in many turbocharged vehicles when it comes to exhaust flow. As opposed to naturally aspirated cars, less serious thought needs to go into the size of the exhaust piping. In most cases the system just needs to be bigger in diameter, maximizing what you can within the alotted design space.

The downpipe on the Camaro 2.0T's LTG engine is a restrictive point in the exhaust system, a conclusion brought about by our testing. The point of emphasis is the rate at which exhaust gases are expelled out of the turbocharger. That flow is very important to how well the turbocharger can do its job. If you can flow more exhaust gases, the turbine can spin faster, leading to more boost. It is now time to test the prototype and figure out what our downpipe design can do for this LTG power-plant.

Our engineering department sought to bombard our intercooler with dyno runs, gathering as much data as possible to ensure that it could stand up to the abuse and intensity you plan to put it through. Due to the fact that this intercooler is sandwiched between the radiator and air conditioning condenser, we had to be sure that our core could effectively combat the effects of heat-soak while performing at maximum efficiency. First, we had to start with size. If the intercooler was going to be an effective modification, it had to be bigger. In case you guys need a refresher from our last update, see below for a size comparison between our core and the factory unit.

Core volume comparison

Get a silicone induction hose for your LTG powered Camaro or ATS today:

Mishimoto Camaro/ATS 2.0T LTG Silicone Induction Hose PreSale

The quality of the airflow is essential for any vehicle boasting a forced induction system. You would think with a compressor literally sucking volumes of air that it would sort itself out, but that's not always the case. Turbulence, and the resulting inconsistent airflow, is the enemy. Any sort of change in the airflow can cause pressure differentials and ultimately keep your turbocharged engine from rising to its full potential. As laid out in the stock review of the Ecotec LTG induction hose, between the couplings, bends, and the muffler, the stock hose isn't exactly the most efficient design. If you recall, GM engineers have certain criteria to meet in their design process and have to consider a broader consumer

When it comes to data testing, our engineering department avoids cutting corners. Each product we put on the market is vigorously tested so we can be confident our products can withstand the abuse you intend to throw at them. With the intercooler piping for the 2016 2.0T LTG engine, we have gone through the proper steps to get the data gearheads want to see.

Our engineer put our dyno and flow bench to work to see how our design stacks up. We plan to offer these intercooler pipes individually as well as a kit, so both the cold and hot-side pipes had to be tested individually. The good news is promising numbers followed.

Flow bench data for our prototype intercooler pipes

The first thing our engineer wanted to do was analyze

Many would question the motives behind someone who purchases a four-cylinder turbo of what has come to be a staple of the American muscle culture. Personally, I get it. I'm one for combining performance without having to sacrifice fuel economy or aggressive styling. On top of that, turbo engines open a whole new world for modification, and one of the first steps for most is to increase the airflow to the turbo. The engineers at Chevy had to make a trade-off, however, when it came to designing the stock induction hose for the 2.0T Camaro. I'm sure they would prefer designing each aspect of the Camaro to milk every single drop of horsepower out of this newer, and smaller engine, but they also have the noise, harshness, and vibration tests to contend with, which induction sounds fall under. So, in short, they had to trade performance for cost, and comfort, when designing the stock induction hose.

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

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

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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