On some high performance cars, the intercooler sits below a grill in the bonnet (NOT a scoop) - the Celica GT4 Carlos Sainz rings a bell.
Soooo... the cooling air for this must enter through the front of the car and exit through the grill. Presumably the air must pick up some heat from the engine on its way through.
My guess is this doesn't matter that much as there is still a big difference between the air temp on the compressed side of the turbo (possible over 110 deg.c due to the pressure effects, and the proximity of extremely hot exhaust gasses) and the air temp passing through the intercooler.
Therefore, I reckon top mounted intercoolers are likely to be within a few percent as efficient as front mounted ones, and the extra lag likely to be introduced by a front mounted one with the extra length pipes would offset the small advantage it had anyway.
Good work Boyo, Bushwhacker and the other top mount boys!
Soooo... the cooling air for this must enter through the front of the car and exit through the grill. Presumably the air must pick up some heat from the engine on its way through.
My guess is this doesn't matter that much as there is still a big difference between the air temp on the compressed side of the turbo (possible over 110 deg.c due to the pressure effects, and the proximity of extremely hot exhaust gasses) and the air temp passing through the intercooler.
Therefore, I reckon top mounted intercoolers are likely to be within a few percent as efficient as front mounted ones, and the extra lag likely to be introduced by a front mounted one with the extra length pipes would offset the small advantage it had anyway.
Good work Boyo, Bushwhacker and the other top mount boys!
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