DCMETRO22Z

Hi folks. I just read an article in a MB related magazine about a new package offered by the German Tuner MKB for the 65 AMG engine.

Some Technical features are diificult to understand for me.

Here are some sentences from the article that I copied here.

"To lower the charge air temperature and keep it down we used a second intercooler with the same thermal capacity as the primary one"

"If you put two intercoolers in series you will see a significant pressure drop and that is not a good thing so we use a parallel arrangement with ONE FOR EACH TURBO"

That doesn't make any sense to me. On the pic you can clearly see a stock CF engine cover, so the intercoolers are stock.

I'm pretty sure they confused "intercooler" with "heat exchanger"

In this case it makes more sense, and the sentence "with ONE FOR EACH TURBO" probably means that each intercooler has a dedicated heat exchanger

I don't see any other explanation

V12 Mafia (Jay,V12godspeed, marcus frost, marko and more)

Your always interesting highlilights are greatly welcome.

That's all for today. I have more questions about their custom IHI turbos but I'll solve the "intercooler mystery" first

Here is the article.

JAYCL600

FYI the president of MKB/NA is accessible by email, I have chatted with him before about a project. I dont want to guess without knowing the kit specifically. That being said only an intercooler will cause a pressure drop not a heat exchanger. Its possible they devised something to fit under the engine cover, that I dont know. A second heat exchanger would cause a drop in IC fluid flow rate but it wont interfere with boost/pressure.

DCMETRO22Z

Thanks jay.

I suggest to change your Username to "DoctorV12TT"

BTW, I still wonder how they managed to put another intercooler while keeping the stock engine cover... Curious. There's absolutely no space to do so. Brabus and Vrp had to remove the stock airboxes to gain enough place to put additional/bigger intercoolaz.

V12Godspeed

I understand the pressure drop point, but could that be supplemented with Boost increase? Take VRP's kit for example, they are expanding the IC's but also increasing boost to 28 PSI. wouldn't that increase help in boost drop, kind of negates making turbo's run cooler and more efficiently. Just thinking out loud.