Page 73 - Engineering

Interested in picking up our Camaro SS catch can kit? Check out our discounted pre-sale linked below.

Mishimoto 2016+ Camaro SS Catch Can Pre-Sale!

The 2016 Camaro is an impressive feat of modern technology. A 6.2L power plant pushes massive power through a true manual transmission while producing some incredible exhaust tones. GM has really captured the interests of enthusiasts with this new model, and the cues to vintage models are apparent throughout. The 2016 model receives the new LT1 engine, which is a direct-injection V8. In addition, the 2016 has shed a few hundred pounds over the previous model, which was often criticized for its pudginess. We've been filming various video reviews for our 2016 development vehicle, so be sure to check out our thoughts and let us know what you would like to see reviewed next!

Now, on to the project at hand! Our first targeted

It's been nearly two years since our first 2015 WRX development vehicle rolled into the shop. We've had a lot of fun with the car, and our team has developed a multitude of awesome components to aid in cooling, elevate power, and improve styling. Our product line is essentially complete, meaning we are done wrenching on our WRX. This is bitter sweet, as we will be picking up another vehicle to start the process once again. Before shipping out the WRX, we had one more project up our sleeves to extract a touch more power.

With our existing modifications, including our downpipe, intake, and cat-back exhaust system, most customers are making in the neighborhood of 290 whp and 310 wtq. Not bad for some simple bolt-on modifications and ECU tuning. We've been eyeing TGV modifications and have seen the impressive effects on Subarus from previous model years. We decided to open up the intake system on our 2015 to see if we could design a delete system that would deliver a few extra ponies.

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

Exciting things are happening in the induction world here at Mishimoto. We have a 2014 Subaru Forester XT in for intake R&D. This AWD turbo Subaru comes with a 2.0L power-plant, giving an output of 253 hp from factory. It shares the same FA20 heart with its 2015+ WRX counterpart, so there are some similarities between the two.

Subaru forester parts under analysis

Stock System Review

The stock Forester XT intake system is somewhat similar to the stock WRX intake system, yet featured some differences in shape and size. With both systems, the airbox is tucked away in the engine bay. To an untrained eye, it can be easy to miss upon first glance.

The airbox mounting points on the vehicle are also quite different

The EcoBoost (EB) engine series is quite impressive and packed full of amazing technology. Direct injection and efficient turbochargers have contributed significantly to improved fuel mileage without compromising engine output. Our fleet of shop vehicles currently includes two EB-powered vehicles, a Fiesta and a Mustang. Both models thoroughly impressed our team with their power, drivability, and handling. We developed a ton of new products for the 1.6L, 2.0L, and 2.3L. Now it is time to turn our attention to the V6 EB world. Our first target is a performance intercooler for the 11-14 3.5L F-150.

From our experience with other EcoBoost models, the factory intercoolers are not exactly ideal. The Mustang heat-soaks after a few pulls, and both hot hatches will quickly exceed the intercooler efficiency with a couple easy modifications. Although the factory F150 intercooler is comparably more stout than the coolers for the smaller 4-cylinder models, many have still found it to be inefficient

We've started our video review series! This first segment provides some insight into our plans for both the video series as well as initial product development. In addition, we cover some standout features on the 2016 and finish it off with a neat exhaust clip.

Check it out!

Thanks for watching!

-John

Our Camaro arrived late on Friday last week. As soon as it rolled off the truck, a swarm of employees surrounded the car, taking turns sitting in the seats, inspecting under the hood, snapping pictures, and wiping slobber from their chins. Alright, maybe not that last one. New development vehicles arrive here pretty frequently, but this one definitely attracted some attention. Being late in the day, we were left with the weekend to ponder and daydream about our turn at taking it for a spin. Before we left for the weekend, our team picked straws to see who would have the privilege of driving it first. One lucky team member took the car home for some break-in driving and splashed some water on the paint to clean it up from a long journey to our facility.

This morning, we slapped on our official "Development" banner and started working out our schedule for development as well as plans for coverage on reviewing this brand new model. Check out a Full gallery of images from the front, back,

Our garage has been graced with the presence of a clean 2001 E46 330i, so we can now begin development on this E46 intake. Let's dive right in!

Stock System

The 330i stock intake system is similar to the 32X, the big difference being the size of the MAF housing. On the higher-output 330i models, this housing is larger so it can accept greater airflow needed by the more powerful, higher-displacement engine. To accommodate that larger diameter, our design will have a slightly enlarged opening on the heat shield. Everything else should fit right into place! Here are a few shots of the stock system we are working on.

Aerial shot of the 330i engine bay