Air pressure/flow physics behind foglight/fender well area for SMIC?
#1
Air pressure/flow physics behind foglight/fender well area for SMIC?
I'm trying to stay low key and am wondering about putting a intercooler in the area behind the drivers side fog light. I know many cars have SMIC's there but the fog light hole is pretty small. I was wondering if anyone knows how the air flows in that area? I know from touch the car that behind the drivers headlight the whole area is cool so I do think air is getting pushed into the engine bay. I'm wondering if there is a way to mount a intercooler in that area and still get efficient airflow.
#6
I did think about it actually but I was thinking more flow to radiator is never a bad thing and I was hoping I could run the stock one.b
I was wondering if I can plumb it from the two holes behind the headlight, the fender and fog light one.
My question and the location of it is appropriate.
My question and the location of it is appropriate.
#8
I'll try to help.
It's not a great idea, honestly. It's much easier to put it up front. If you paint it say flat black, it will not be a huge shinny intercooler that pops out, but yes, it's still an intercooler and it's still out front. Look around online and you can find pics, see if this is acceptable for you, as it's the easy/better way.
That said on my car, I moved the A/C condenser forward, the radiator back a touch, cut the car in a couple spots, and put my intercooler between them. So it's hidden. With A/C on obviously some heat goes into the intercooler, so not ideal. This setup has compromises! But it does keep the IC hidden and the pipes are super short/simple and up high not under the car. I have a build thread in the builds section that shows it, and probably one from 2007-2008 whenever I turbo'd this car and originally installed the intercooler there.
You asked if it could be made to work "efficiently" using a fog light hole, and that's a huge NO. Not efficiently at all. I'm sure if you tried, you could get it some air, and it would do something, but no it would not be efficient, heat soak easily, etc.
My Mercedes C63 has a heat exchanger in the passengers side fender that's fed by a hole that's about fog light sized. It has a little SPAL pusher fan on it too, HX is about 12" by 14", probably 3" thick. It's an oil cooler for a 500hp V8. Considering oil coolers are generally much smaller than intercoolers, that probably means it's not gonna be enough airflow for your idea.
It's not a great idea, honestly. It's much easier to put it up front. If you paint it say flat black, it will not be a huge shinny intercooler that pops out, but yes, it's still an intercooler and it's still out front. Look around online and you can find pics, see if this is acceptable for you, as it's the easy/better way.
That said on my car, I moved the A/C condenser forward, the radiator back a touch, cut the car in a couple spots, and put my intercooler between them. So it's hidden. With A/C on obviously some heat goes into the intercooler, so not ideal. This setup has compromises! But it does keep the IC hidden and the pipes are super short/simple and up high not under the car. I have a build thread in the builds section that shows it, and probably one from 2007-2008 whenever I turbo'd this car and originally installed the intercooler there.
You asked if it could be made to work "efficiently" using a fog light hole, and that's a huge NO. Not efficiently at all. I'm sure if you tried, you could get it some air, and it would do something, but no it would not be efficient, heat soak easily, etc.
My Mercedes C63 has a heat exchanger in the passengers side fender that's fed by a hole that's about fog light sized. It has a little SPAL pusher fan on it too, HX is about 12" by 14", probably 3" thick. It's an oil cooler for a 500hp V8. Considering oil coolers are generally much smaller than intercoolers, that probably means it's not gonna be enough airflow for your idea.
#9
Hey thanks a lot for all the input. Im definitely considering to paint the intercooler black. I would do the hiding method but I already removed AC.
What do you think of maybe making a scoop from underside of the fog light? Or what about mouning the intercooler backend as the wheel well wall? Maybe it still won't flow?..
What do you think of maybe making a scoop from underside of the fog light? Or what about mouning the intercooler backend as the wheel well wall? Maybe it still won't flow?..
I'll try to help.
It's not a great idea, honestly. It's much easier to put it up front. If you paint it say flat black, it will not be a huge shinny intercooler that pops out, but yes, it's still an intercooler and it's still out front. Look around online and you can find pics, see if this is acceptable for you, as it's the easy/better way.
That said on my car, I moved the A/C condenser forward, the radiator back a touch, cut the car in a couple spots, and put my intercooler between them. So it's hidden. With A/C on obviously some heat goes into the intercooler, so not ideal. This setup has compromises! But it does keep the IC hidden and the pipes are super short/simple and up high not under the car. I have a build thread in the builds section that shows it, and probably one from 2007-2008 whenever I turbo'd this car and originally installed the intercooler there.
You asked if it could be made to work "efficiently" using a fog light hole, and that's a huge NO. Not efficiently at all. I'm sure if you tried, you could get it some air, and it would do something, but no it would not be efficient, heat soak easily, etc.
My Mercedes C63 has a heat exchanger in the passengers side fender that's fed by a hole that's about fog light sized. It has a little SPAL pusher fan on it too, HX is about 12" by 14", probably 3" thick. It's an oil cooler for a 500hp V8. Considering oil coolers are generally much smaller than intercoolers, that probably means it's not gonna be enough airflow for your idea.
It's not a great idea, honestly. It's much easier to put it up front. If you paint it say flat black, it will not be a huge shinny intercooler that pops out, but yes, it's still an intercooler and it's still out front. Look around online and you can find pics, see if this is acceptable for you, as it's the easy/better way.
That said on my car, I moved the A/C condenser forward, the radiator back a touch, cut the car in a couple spots, and put my intercooler between them. So it's hidden. With A/C on obviously some heat goes into the intercooler, so not ideal. This setup has compromises! But it does keep the IC hidden and the pipes are super short/simple and up high not under the car. I have a build thread in the builds section that shows it, and probably one from 2007-2008 whenever I turbo'd this car and originally installed the intercooler there.
You asked if it could be made to work "efficiently" using a fog light hole, and that's a huge NO. Not efficiently at all. I'm sure if you tried, you could get it some air, and it would do something, but no it would not be efficient, heat soak easily, etc.
My Mercedes C63 has a heat exchanger in the passengers side fender that's fed by a hole that's about fog light sized. It has a little SPAL pusher fan on it too, HX is about 12" by 14", probably 3" thick. It's an oil cooler for a 500hp V8. Considering oil coolers are generally much smaller than intercoolers, that probably means it's not gonna be enough airflow for your idea.
#10
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You need substantial and direct airflow to properly feed an air/air intercooler. You cannot cure this with scoops or ducts in the fog light area. Put the intercooler in the mouth of the car.
#11
Hey thanks a lot for all the input. Im definitely considering to paint the intercooler black. I would do the hiding method but I already removed AC.
What do you think of maybe making a scoop from underside of the fog light? Or what about mouning the intercooler backend as the wheel well wall? Maybe it still won't flow?..
What do you think of maybe making a scoop from underside of the fog light? Or what about mouning the intercooler backend as the wheel well wall? Maybe it still won't flow?..
If you put an intercooler that's say, 24"x13"x3" CORE (HUGE, overall will be 30x13 probably) in the trunk (won't fit anywhere else), and somehow got perfect ducting to it so it got ambient temp air (so from front bumper...), and you had a a pair of SPAL Extreme performance fans on it (they pull about 40A each), and somehow routing intercooler pipes was no problem (it will be almost impossible) it would probably cool the air pretty decent, you could probably get that setup to 80% effectiveness for a street car. Not bad, but not as good as a front mounted Air/Air.
But it would be heavy, complex, and a nightmare to install. And expensive, and you'd have to hack the trunk and a path from the trunk to the engine.
So while I support innovation and actually thinking, the short answer is, it needs to go up front to be effective. If this is a drag car, you could do a water/air setup and that could be hidden, but it's still expensive and heavy, though it's well documented how to do that in the drag racing world.
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