Focus RS
I might be the only one in this thread (or at least this current bickering piece) that actually owns a ecoboost equipped vehicle?
Tell me again how I have pools of liquid in my intercooler...
btw, fur and angels.
Tell me again how I have pools of liquid in my intercooler...
btw, fur and angels.
To recap.
Why does the Focus RS fmic require a "block off plate" and will condensation in the intercooler be an issue?
If yes, is there something about the ecoboost engine, or the intercooler design which causes more than normal condensation to form inside the intercooler.
Ford claims its because their fmic is just so damn efficient they had to tone it back. I am not so sure.
Why does the Focus RS fmic require a "block off plate" and will condensation in the intercooler be an issue?
If yes, is there something about the ecoboost engine, or the intercooler design which causes more than normal condensation to form inside the intercooler.
Ford claims its because their fmic is just so damn efficient they had to tone it back. I am not so sure.
Does Your EcoBoost Shudder? Here’s the Problem
http://blog.bluespringsfordparts.com...boost-shudder/
Problem seems to have been around a while, and is not the result of "our intercooler being too efficient"
http://blog.bluespringsfordparts.com...boost-shudder/
Problem seems to have been around a while, and is not the result of "our intercooler being too efficient"

nemsin's link(s) confirm what I've been saying the whole time. its not that the intercooler is cooling to well, its that the routing is designed in such a way that moister can collect somewhere in the intercooler/charge pipes. looks like a common problem in turbo fords...
edit:
damn it! I said was giving up...
Lets spice things up! Think RS drift button can do this? Richard Burns Mitshubishi Lancer Evo V Drift - YouTube
Lets spice things up! Think RS drift button can do this? Richard Burns Mitshubishi Lancer Evo V Drift - YouTube

ummmm..........sure? LOL
i say we're all bored because we're discussing stuff that we really know nothing about and that really doesn't matter anyway LOL. so you know it's a low day on EvoM.
THANKS YOU!
nemsin's link(s) confirm what I've been saying the whole time. its not that the intercooler is cooling to well, its that the routing is designed in such a way that moister can collect somewhere in the intercooler/charge pipes. looks like a common problem in turbo fords...
edit:
damn it! I said was giving up...
nemsin's link(s) confirm what I've been saying the whole time. its not that the intercooler is cooling to well, its that the routing is designed in such a way that moister can collect somewhere in the intercooler/charge pipes. looks like a common problem in turbo fords...
edit:
damn it! I said was giving up...
maybe he would be more correct to say, "since it's happened in another model it could happen this way" instead of a definitive "it is...".
Originally Posted by nemsin
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Best forum feature. Ever.
"This completely different vehicle with a completely different intercooler design and layout had a problem that was also attributed to overcooling of the intake charge. Surely that means the Ford engineers are wrong when they say the block-off plates were needed to address the overcooling of the intake charge in the Focus RS. It must be due to a poor layout that leads to pooling. Jet fuel can't belt steel beams!"












