Page 5 - Search "Catch Can"

If you remember from our last post about the Titan XD catch can, we ran into some challenges with the first prototype. Since our existing catch can design did not agree with the Titan, it was back to the drawing board for our lead engineer, Dan.

Updated Design

Our standard catch can when installed on the Titan was generating a code causing the truck to go into limp mode. The cause of the code stemmed from our standard catch can being too restrictive for the Titan's beefy Cummins engine. This is not surprising, given the 50 micron filter and smaller design of the can, which was originally designed for gasoline-powered cars. This catch can design functions beautifully on smaller turbo engines such as the Focus and Fiesta, as well as larger American V8s in the new-generation Camaro SS and Mustang GT. It just might not be suitable for the turbo diesel V8 in our Titan.

With some creativity, we modified our original design and got to work on some interesting design changes to our can.

Updated

We have had some radio silence with this F150 catch can project, but we now have some updates that we are ready to spill! This has been an interesting project from the beginning. The bulk of time has mainly consisted of road testing; we've logged thousands of miles so far, and every single mile counts.

Let's backtrack a bit. When we began this project, we intended to see what a dual-can setup would accomplish. In the last update we explained the benefit of having a catch can as part of both the PCV and CCV systems. Also, our engineer, Dan, was in the process of creating a mounting bracket for the cans and getting ready for some road testing. Our prototype looked great, and the hoses were neatly situated to allow the engine cover to stay in place.

Mounted Ford F150 EcoBoost catch can prototype!

Mounted Ford F150 EcoBoost catch can prototype!

Routing of some of the lines

The 3.5L

On to road testing! When we make a catch can for any vehicle, road testing allows us to be sure that no codes

There's nothing quite like plopping oneself into the car to leave work on a summer evening, beach-bound and brimming, windows down, to the tune of the sunset vibes that arrive hand-in-hand with the heavy midsummer air of July. Our Mishimoto R&D facility is located in New Castle, DE, and around here, people tend to favor numerous seaside towns in Southern New Jersey or in Delaware.

A true slice of Americana, an evening stroll down the main drag of a typical east coast beach town is sure to leave anyone with a faint smile, humming "Surfin USA" and craving more frozen custard, or maybe another gin and tonic. The competing smells of crisp, briny sea air and sweet, fried funnel cake assuage the senses, while the voices of The Beach Boys emanate lazily and intermittently from the windows of passing cars. That's right west coasters, we have beaches here too, and we also have surfer girls, boardwalks, waves to catch, and even the occasional deuce coupe or fuel-injected stingray.

Steve behind the

We have begun developing a catch can system for the 2015+ Ford F150 EcoBoost! This project, although small (in components), could have a significant impact on the F150 EcoBoost market. Why? There are not many direct-fit options, and there are a lot of these trucks out there. Oil blow-by can be pretty serious, especially on turbo applications, and this truck is twin turbocharged! Nonetheless, many gearheads tend to question the merits of using a catch can. So before we go any further, let's briefly explain what a catch can actually does and why it's so beneficial!

Port vs. Direct Injection

With port-injected engines, the fuel injectors are inside the intake manifold and produce the fuel stream that mixes with the air. This mixture is shot into the combustion chamber, right past the valve area, helping to keep the valves clean and free of deposits. We all know that fuel is a great solvent.

Modern, direct-injected engines have a different approach. The injector is inside the combustion chamber,

Interested in picking up our N54 oil catch can system? Check out more details on our product page linked below!

BMW N54 Baffled Oil Catch Can Kit

BMW 335i test vehicle

The BMW N54 is a fantastic engine that produces great power in stock form and responds very well to basic modifications such as exhaust and ECU tuning. However, if you do not stay on top of servicing your BMW, maintenance and repair bills can certainly cast a shadow on 135i or 335i ownership. One of the primary challenges is dealing with valve buildups caused by oil entering the intake tract. Because the N54 is a direct injection engine, it does not benefit from the valve cleaning properties that a port injection engine can offer. Massive buildup can result in a loss of power and can have a negative impact on vehicle driveability.

Installing an oil catch can will slow down the speed at which this buildup occurs. An oil catch can separates oil contaminants from the CCV system, thus preventing these contaminants from ending

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.

The clear catch can bottoms we use for R&D allow us to quickly gauge the level of blow-by in the can, but unfortunately, the clear bottoms don't hold up very well to long-term use.

The engineers here at Mishimoto have been developing a catch can for your 5th-gen Camaro SS

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.

Our Championship White loaner on the Dynojet for baseline testing.

When we last left off, we were too impatient to wait for a CTR of our own, so we got in contact with a local owner to get a jump on some of the items for the Type R, one of which being a catch can.