Page 2 - GT

At Mishimoto, our job is to bring you more than just exceptional cooling products. Another product category that we offer is exhausts, and what better car for an exhaust project than the fantastic-sounding Mustang GT!

The stock system on the Mustang GT sounds pretty darn good as is, but after inspection we found some ways that we could improve on the stock design. If you aren't familiar, here are some photos of the stock Mustang GT exhaust.

Stock Mustang GT exhaust

Stock Mustang GT exhaust

The stock exhaust manifolds exit into two catalytic converters, one of which is integrated into the exhaust manifold itself. Is this Ford's way of deterring the installation of aftermarket headers? The world may never know. The exhaust is 2.25" in diameter from the exhaust manifolds all the way through the resonator that you see in the photos. After the resonator the diameter of the exhaust jumps back up to 2.5". The pipes then snake past the rear differential into two mufflers at the rear with a single

In our last two posts we took a look at the prototype catch can brackets and hoses for both the driver and passenger-side. As a recap and to better explain our results, the next paragraph describes the crank case ventilation systems on the Mustang GT. If you're not in a reading mood feel free to continue to the results below.

Crank Case Ventilation on the Mustang GT

While we can continue to refer to the two catch can systems as the driver and the passenger-side, we can also differentiate them another way. This will allow us to better understand the results of our testing. The passenger-side catch can is tapped into the ventilation line that allows crankcase air (and blow-by) to exit the engine. We often call this the positive crankcase ventilation, or PCV line. This line is equipped with a valve, referred to as the PCV valve, which works to regulate the air flowing through the crank case ventilation (CCV) system. The driver-side catch can is tapped into a simpler breather line referred

Here at Mishimoto headquarters we are working to expand our arsenal of Mustang parts. We are making significant progress on our oil cooler design, and an interesting design it is. We are aware that many Mustang GT owners are adding forced induction to their already powerful V8s. We are taking this into account by offering an oil cooler that would still leave room for some of the larger intercoolers required for aftermarket turbo and supercharger kits. This strategy created quite a challenge for our engineers. As always, they rose to the occasion and created a brand new and unique cooler design specifically for our beloved GT. Drumroll please!

Rather than designing a traditional bracket for this all-new oil cooler, our engineers went with an interesting design. Modeling the bracket after one of the plastic upper air diverters, the new bracket will replace the diverter as the bracket for the cooler. Because a picture really is worth a thousand words, check out some photos of the first oil

Last time we took a look at the passenger-side catch can setup for our brand-new Mustang GT. We will still be making more improvements to our original design going forward, but the main location will stay the same. Now onto our driver-side catch can development!

Driver-side Mustang catch can bracket installed

Driver-side Mustang catch can installed

The driver-side catch can was a bit more difficult to place than the passenger-side catch can. We wanted to position the catch can such that it would fit with the rather intricate stock intake, while still leaving room for aftermarket intakes. Our engineers utilized the radiator stay, similar to the passenger-side, to tuck the catch can off to the side and out of the way, thus saving room for some additional Mustang parts.

Driver-side Mustang catch can bracket installed

Routing of driver-side Mustang catch can hoses

Although we do not expect to see much accumulation in the driver-side catch can, we will still test it for comparison purposes.

The 2016 Mustang GT has arrived at Mishimoto, and we are wasting no time in developing products for Ford's newest version of the Pony car. We decided to begin with a version of our baffled oil catch can specifically designed to be direct-fit with the Mustang GT.

Stock Mustang Parts

You would be doing your Coyote a favor by installing some type of catch can for preventative maintenance. Some feel that a catch can is not a necessity until you introduce forced induction, which may be the case. On the other hand every ounce of blow-by collected in a catch can is an ounce that is not heading back into your intake to kill fuel mileage, buildup on valves, and increase the risk of detonation. To read more about the benefits of a catch can in depth, check out our complete write up on Blow-By 101.

Mishimoto's Baffled Oil Catch Can was designed to trap virtually all blow-by from sneaking its way back into your intake. Our can is equipped with internal air diverters to direct airflow, a large baffle