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Happy 2017, people! I hope you all had wonderful experiences throughout the holiday season and you welcomed in the New Year with a glass of something delicious. I know I did! Whatever you had, I'm sure you enjoyed it much more than your Camaro 2.0T enjoys drinking blow-by. So to begin the year on the right foot, we're going to give you the opportunity to pick up a Mishimoto 2016+ Camaro 2.0T Catch Can kit.

In my last post, I gave all of the ATS owners a little love and showed you how we route catch can hoses with our loaner Cadillac. Today, it's time to pivot back and take a look at the final setup as it will appear on the Camaro 2.0T. We've been working on a surprise addition to this design that you might want to check out.

Interested in picking up this awesome catch can kit? Check out more details on our product page linked below!

Mishimoto Ford Mustang EcoBoost Baffled Oil Catch Can

Mishimoto 2015 Ford Mustang EcoBoost

Does it need a catch can?

This question is on the minds of many vehicle enthusiasts. If it doesn't add power, why would I want it? Why should I waste my money on it? All valid questions here. True, a catch can install will not add power to your vehicle, but that does not negate its function as a beneficial component for your vehicle.

Let's jump into the basic

UPDATE: This catch can is now on pre-sale! Check out the installed & kit photos below and be sure to check out the website to purchase this kit: Mishimoto Direct-Fit 2010-15 Camaro SS Catch Can Pre-Sale

An engine is a lot like a human body. It's full of moving parts and fluid. It breathes in and out, just like you or I. Except instead of lungs and a heart, it has cylinders and a crankshaft. Its blood may have an octane rating, but like your body, an engine needs fresh air to survive. Blow-by finds its way into your engine's lungs, compromising its airways, and choking the power out of it. Imagine having a chest cold, but instead your lungs are full of oil and unburned fuel; I bet you wouldn't run well either.

Who doesn't love a good comeback? Rocky, Hoosiers, Robert Downey Jr., and Lindsey Lohan (kind of) are all prime examples of what makes the comeback story so compelling. The theme behind any good comeback is perseverance - not giving in to the will to stop.

Unrelenting perseverance will lead to beating seemingly impossible odds. It's what led the 2005 Liverpool soccer team to beat the heavily favored AC Milan squad in penalties, and the 1993 Buffalo Bills to defeat the Houston Oilers from 32 points down, overcoming the largest point deficit in the NFL to date. Without perseverance, you won't go very far in whatever it is you do. Our engineers take this idea quite seriously at our R&D headquarters, and while the catch can project for this 2015+ Ford F-150 EcoBoost has been stalled for some time, it never really went away. There have been interesting challenges to get around during our R&D, but we finally have something you're going to love.

Tough Times with the

BAFFLED OIL CATCH CAN KIT, CCV SIDE, FITS TOYOTA GR SUPRA 3.0L 2020+

Just about every major launch these days is complemented by some unforeseen bug in the system. It's just the way of the world, and manufacturers are quick to solve these small hiccups with a recall or a software update. Some bugs aren't easily remedied with a code revision or swapping for updated parts. For many vehicles, including your A90 Supra, blow-by will be an issue no matter the measures taken by Toyota and BMW to prevent it. When it comes to protecting your intake components, the solution requires a hardware upgrade, and we have that hardware.

Engine blow-by is something that affects just about every engine on the road. Though plenty of manufacturers have made leaps and bounds in filtering blow-by from the intake, finding clever ways to keep the carbon deposits from building up on intake valves, blow-by remains an issue. This should come as no surprise if you've spent any time on our blog. Just about every type of car and truck that has made its way into our R&D facility, ranging from BMWs to F-150s, and even the 1.5T found in the base Civics, have all produced varying levels of the murky stuff. The K20C1 is likely to be no exception to this trend. That leaves it up to us at Mishimoto to make sure none of the contaminates in the crankcase gasses make it to your valves.

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The Corvette is a long-standing American automotive tradition, but that is until recently since the C8 is anything but traditional for Chevy. The red, white, and blue engineers finally took that age-old, not-so-secret formula of a crowd-pleasing sports car and quite literally flipped it. The big push-rod V8 remains but now resides behind the driver to fully catch up with the likes of the supercars it tangles with on the track. But, unfortunately, no matter how much this American tradition evolves, it still can't outrun blow-by.

Let's be honest; there's not much flash to preventative maintenance, especially when it comes to your sleek mid-engined sports car. As un-sexy of a task as it is, keeping your intake valves clean and clear of carbon buildup is essential for the Corvette's peak performance. While we already put our compact catch can on display in the rear engine window, we still couldn't help to take it up a notch.

If you remember from our last post about the Titan XD catch can, we ran into some challenges with the first and second prototypes. Since then we have perfected our design, so without further delay, let's look at our final prototype for testing.

Final Prototype

With the check engine light vanquished, our last update left us with a slightly different hurdle to climb. A buildup of condensation in the system had us a tad worried about possible freezing in the winter. Little did we know that the solution was right in the Titan's engine bay. One of the benefits of working on a larger truck is that there is more room under the hood to work with. We used this to our advantage and decided to relocate the can to another spot in the engine bay - one that would see more heat. The idea is that extra heat introduced to the catch can will burn off a good deal of the moisture and prevent freezing of the can. A fine theory, but let's see it in practice.