Probably so, but then again, we aren't talking about how much air the car cuts through a certain speeds, we are talking about how much air the stock fan can flow at Higher RPMs compared to an electric fan's near constant speen and airflow.
I like the design of this one, but you've got to pay the price for a high quiality product ;).
http://cgi.ebay.com/ebaymotors/B-M-70298-SuperCooler-Oil-Transmission-Cooler-w-FAN_W0QQcmdZViewItemQQcategoryZ33727QQihZ004QQitemZ140118360724QQrdZ1QQsspagenameZWDVW
Here's some info I found on the following pistons from their respective websites. Problem is, they don't release the info on their G-damn skirt lengths:
JE
Part #--- Bore--- Oversize-------- ---CC's ---C/R With .040 Dome--- CC's--- Gram--- Footnote ---Skirt
186241--- 83.50...
True, but you may also be going past critical velocity for your specific powerband that you are making the most of HP in (not sure about you specific setup, but my thread in the turbo SME section will help you to determine what's good for you). Anything past critical velocity (300 ft/sec) and...
The electric fans do not flow as much air as the stock fan does, You're probably not going to see any issues with your upgraded cooling system, but you may if you drive at high RPMs for an extended amount of time.
Wrong. The throttle body should be around (or at least) 1/2" larger in diameter than the smallest piping in your intake tract (and try to keep all of that the same diameter). A TB doesn't flow like a straight through pipe due to the TB plate. 70mm piping with a 80mm is almost optimum, but I'd go...
The RPMs you are doing have a lot to do with you being NA and either having the stock 4.10 rear end, or the sport 4.30. Just as a comparison, my Metro does 3750 RPMs at 70 and my 3G does 2600 RPMs at 70.
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