Please post the original picture...Ford already denied you so theres nothing to lose!!
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I would not underestimate the rapidly cooling part.This^^^^^
Everyone in this post has been quoting "water fording depth". That is not going to be the same as "water parking depth". Especially a hot engine that is rapidly cooling down because it was shutdown while partially submerged.
I guess that could be a possibility but I don’t see how that could happen while the engine kept running and the water bypassed the pistons and ended up in the crankcase??Something to keep in mind is the air intake box has tubes that run DOWN to the turbos. With the engine running there is a hefty vacuum being pulled on those tubes where they attach to the turbo inlets which are MUCH lower than the air box. The air box could look nice and dry but the turbos and their inlets were submerged with enough vacuum being pulled that water could get sucked in around the air inlet pipes attached to the turbo inlets.
This is my bet on how water got into the engine while the airbox itself was never flooded with water.
I dont think it would get in through the charge pipes pre or post intercooler because that system is under pressure and not vacuum like the inlet tubes.
What, like through osmosis? How is water going to get into an oil return line?What about through the turbo oil return lines ? The low mount twin turbos are definitely the danger water line people need to keep in mind. Not the air intake box.
The world we live in today is brain dead and has no critical thinking skills...Todays conversation with different service department director:
me: Nobody will consider the fact that the engine was running fine, and water ended up in the crankcase. This sort of destroys the whole water in the intake theory - besides the fact that the air filter and inlet tube are completely clean.
"Oh, water can definitely get to the crankcase if it comes through the air intake."
How's it get past the piston rings?
"It's not a perfect seal"
Then how does the piston compress the air fuel mixture to ignite it?
"that's a vapor, water is a liquid" (my personal favorite)
water molecules are bigger than vapor molecules, so... but anyway... it can do all this while the engine is running normally?
"yep"
Kind of explains why I'm not getting anywhere.