E85 + procharger= 611RWHP/536TQ
#1
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E85 + procharger= 611RWHP/536TQ
I decided to try out E85 when I put on my procharger. I am running a 4.25 pulley making 7-8 lbs of boost and ended up with 611 RWHP and 536 TQ. Matt at SNL Performance did the tune and took his time and the car drives like stock until you push the go pedal, then the traction control light comes on unless you are on concrete. I just got it back today but the results are . So if you are looking for a tuner in the FT Worth area I recommend him.
#4
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The car is a 98 I have upgraded to a 02 ecm running speed density, LS6 heads & intake, ecs blower cam with upgraded springs, 80 lb injectors, racetronics pump with hotwire kit, KB boost a pump. And headers no cats with a hooker cat back. I am sure I am forgetting something. I also used a A&A bracket kit and custom made my intercooler piping to an older A&A intercooler.
Also just went for another spin and my 285 kuhmos are not up to the task!!
Also just went for another spin and my 285 kuhmos are not up to the task!!
#8
Le Mans Master
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Who here has really explored the potential of E85? I keep thinking about a friend who is getting 1800 flywheel horsepower out of a very user-friendly 540 inch twin turbo with E85. Scaled down to 400 inches, that's about 1300 hp, without any add-ons like meth.
BTU content is lower than gasoline at stoic, so it seems that just switching fuel without taking advantage of the potential to handle more boost is leaving a lot on the table. Combustion temperatures are lower and detonation resistance is higher, so wouldn't it allow a lot more boost even on a stock block?
Heat absorbed during vaporization is roughly twice that for gasoline, so maybe someone can figure out how much boost can be added with E85 to end up at the same combustion temps.
BTU content is lower than gasoline at stoic, so it seems that just switching fuel without taking advantage of the potential to handle more boost is leaving a lot on the table. Combustion temperatures are lower and detonation resistance is higher, so wouldn't it allow a lot more boost even on a stock block?
Heat absorbed during vaporization is roughly twice that for gasoline, so maybe someone can figure out how much boost can be added with E85 to end up at the same combustion temps.
#9
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#13
Are you using anything to monitor fuel pressure?
That's crazy if you are making that kinda power on e85 with a LPE pump and BAP. That would be like making almost 800 whp on pump, pretty badass really!
That's crazy if you are making that kinda power on e85 with a LPE pump and BAP. That would be like making almost 800 whp on pump, pretty badass really!
#14
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The dyno graph doesn't show much of a change in afr at the higher rpm. I planned on bringing the sheet with me to work and scanning it but forgot it this morning. I also have a gauge.
Last edited by bcarp; 10-28-2010 at 03:23 PM.
#16
#17
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#18
Melting Slicks
#19
#20
Team Owner
Very nice - any pics of yor set-up?
What is the final timing at max boost?
Thanks,Matt
What is the final timing at max boost?
Thanks,Matt