Boost factory has developed a replacement Side Mounter Intercooler that outperforms the top FMIC's out there with the advantage of keeping everything stealth and in the stock location with little to no trimming. Here's what we've found:The proper way to test a intercooler has more to do with the temp diferential between the inlet and the outlet than most people realize.You cannot draw any conclusions with just the intake temp logs.
The proper way to test this is to measure the max temps of the inlet and outlet on the intercooler and ambient outside temp.This can be done with a K type thermocouple and a good multimeter thats designed for use like this.
Once you get these measurements you can use this formula.
temp in-temp out
_________________ * 100 = Thermal efficiency
temp in-temp ambient
Here are the real #s that were collected today during the test.
BFSM
temp in = 235deg F
temp out = 85deg F
Stock SMIC
temp in = 235deg F
temp out = 105 deg F
Anbient temp = 35deg F
So what do we have?
BFSM
235-85=150
_____________
235-35=200 ===.75 * 100 = 75%
Stock SMIC
235-105=130
______________
235-35= 200 ====.65* 100=65%
Another side note is the 4+ psi pressure drop of the stock cooler and the unmeasureable drop of the BFSM.
Another interesting link is the APR site that has enough info for you to draw some interesting conclusions.I do notice they dont mention the ambient temp or the intercooler efficiency.My conclusion from this is that it would take all the same info they provide+ some damm hot ambient temps to equal the BFSM
We tested this BFSM and found it to flow 491cfm@1psi pressure drop
Thanks Mr. Chuck B for the Article
Price is set at a more than competetive $500


This is a great compliment the eliminator kits that we're offering
Modified by BoostFactory at 8:25 PM 2-4-2006