On a little 2.6 vp truck. What do you think it will do to help some big fueling trucks bone head. I guess none right? Cause there is only 1 2.8 truck in the nation that breaks drivelines. :hehe: Oh ya, did you buy ragged out yet??
Also....
What % gain does everyone expect between an intercooled truck that is running water in
addition to the air:air cooler, vs one running water as the
sole form of charge air cooling?
I rarely see mention of this, as most people just lump the two together. However, power derived from the additional density gained from
supplemental water injection is a far cry from the power gained when it is used as the
sole charge air cooling method.
For instance, my truck is cooled interstage, and has no cooling whatsoever after the second stage where boost jumps from 20-25 right up to 60-70lbs. If I drive with the truck on the ragged edge of losing traction, I have noticed that the tires will usually begin spinning when the water comes on without any change in throttle. Smoke goes
away at the same time.
I think it's most often the case that most people view intercooling only in terms of temperature, and forget that while a turbocharger is a mechanical compressor, intercooling is a thermal compressor...
Intercooling is in many ways the same as a turbocharger. CFM flow into the first stage compressor
will go up when an appropriate level of water injection is in place. Especially so on a non-intercooled setup.