yaycandy
Aerospace Engineer
Close enough haha
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Man that’s some nice quality hardware you’ve got there^I know a guy that did a big intercooler like this... but bigger.. I heard he likes it quiet a bit.
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I'm not sure if my crash bar will hold up as well as the stock but it's lighter haa.
I'm not sure if my crash bar will hold up as well as the stock but it's lighter haa.
www.schwartzep.comHas anyone been able to compare the Mishimoto with the GHIC?
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You don’t by chance have any pressure drop data do you? Or maybe logs that can show changes in wgdc at a given load? I’ve read from several members that the GH intercooler presents a substantially higher flow restriction than stock (in stark contrast to GH’s claim), which at anything above 15 psi boost target is basically a death sentence for stock turbos as far as I’m concerned.www.schwartzep.com
Please check out the performance graphs in the middle of the website page to view the cooling performance this intercooler solution brings to the table when compared to stock.
Unfortunately I do not but mishimoto has test data on their website. What particular tests would you like to see ran. I would love to further validate this performance solution and bring more test data to light for this intercooler setup.You don’t by chance have any pressure drop data do you? Or maybe logs that can show changes in wgdc at a given load? I’ve read from several members that the GH intercooler presents a substantially higher flow restriction than stock (in stark contrast to GH’s claim), which at anything above 15 psi boost target is basically a death sentence for stock turbos as far as I’m concerned.
It’s not anything they publish, or any other IC manufacturer it seems. It would be cool to know the pressure curve (Y delta pressure at X cfm airflow) of their intercooler but it’s no biggie really.Unfortunately I do not but mishimoto has test data on their website. What particular tests would you like to see ran. I would love to further validate this performance solution and bring more test data to light for this intercooler setup.
It’s not anything they publish, or any other IC manufacturer it seems. It would be cool to know the pressure curve (Y delta pressure at X cfm airflow) of their intercooler but it’s no biggie really.
Further down the road, I am going to sell my GH IC and incorporate an A2W IC into my setup. Between your one off crash bar and the BMR crash bar it has made things less daunting.
EVERY water to air intercooler I have ever had would heat soak on a road course. I think that's why they are only found on dragsters. Short runs then plenty of time in between to swap water or allow to cool.
EVERY water to air intercooler I have ever had would heat soak on a road course. I think that's why they are only found on dragsters. Short runs then plenty of time in between to swap water or allow to cool.
I have pretty much made my mind up and will be going A2W in the future. I will be adding at least a 10 gallon water tank in the spare tire compartment. That will give it more then enough water to keep things cool for the my plans. I will just use it like the newer blower cars and their heat exchangers.
Clearly we don't have same goals for our cars, but I will be more then happy to share all the data once I conduct the testing.
Gotta tap into that air conditioning like the Demon. Line that right into intercooler piping. Turn on your seat cooler for your hot Arizona ass(this came out wrong) and BAM more powa