I'll go against the grain here I used to do all of the math and came up with 2.5" as ideal on my old 3540r in the real world when I changed to 3" I saw improvements across the board with reduced lag.
real world > theory.
W2A will keep the charge temps at close to ambient in traffic the A2A DOE heatsoak like a bitch I have IC In/Out temp sensors and have logged this in the MoTeC, while the temp rise doesn't have a big effect get on/off boost a few times and management HAS to pull power to compensate (if your ecu...
All interchangable
Torsens have different length stub axles but from the CV out to the hubs are the same.
Jack it up mark the driveshaft flange and a tire then turn the driveshaft flange and count the turns to 1 revolution of the wheel.
By all means if you have a constructive arguement put it forward but if you've read and comprehended my posts I don't think you do other than weight and complexity which I already mentioned.
It can go anywhere that see's + pressure.
They usually have a small range of adjustment +-4 psi usually and you select a start pressure ie: 10 psi.
They will take a few 100 Psi so that's a non issue.
I ran it through the MoTeC, you could do it using a simple hobbs switch on the intake and that will give you some adjustment.
There's no reason to run the pump and fan all the time as the coolant will thermosyphon through the system at light loads and keep the intake temps at near ambient at...
It's active ie: Pump and Fan so it "should" be able to keep close to ambient in mid power pulls and will rise then recover in high hp pulls as long as the system has enough capacity.
I used the same coolant mix as the engine in mine Toyota Red and Distilled water 50/50.
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