Kraftwerks or TTS kit without intercooler using water/meth injection?
I have been thinking of going with a TTS or Kraftwerks sc kit in my car to replace my vortech (if I don't just upgrade my current blower)
It seems neither the kraftwerks or the tts can work with an aftercooler or at least easily due to the outlet on the sc.
I currently am running and AEM water meth kit. It instantly drops IAT's no matter how hot it is to 60 ish degrees or lower during the hot summer days. I am wondering if the water/meth kit alone would be enough to lower temps more than just an intercooler or aftercooler would.
If so I would imagine I could run a good bit more boost with the kraftwerks kit without overspinning it. In most cases the fmic will lose 2-4 psi of boost compared to an aftercooler. So a direct shot to throttle body I would think would pick up a few psi and with water/meth spraying the iat's would still be super low.
Any try anything like that before?
It seems neither the kraftwerks or the tts can work with an aftercooler or at least easily due to the outlet on the sc.
I currently am running and AEM water meth kit. It instantly drops IAT's no matter how hot it is to 60 ish degrees or lower during the hot summer days. I am wondering if the water/meth kit alone would be enough to lower temps more than just an intercooler or aftercooler would.
If so I would imagine I could run a good bit more boost with the kraftwerks kit without overspinning it. In most cases the fmic will lose 2-4 psi of boost compared to an aftercooler. So a direct shot to throttle body I would think would pick up a few psi and with water/meth spraying the iat's would still be super low.
Any try anything like that before?
Yeah. I've noticed how incredibly well the water/meth cools the intake charge though so I am wondering if that would be all that is needed as an intercooler and also raise the octane level of the fuel.
Originally Posted by Moddiction
Yeah. I've noticed how incredibly well the water/meth cools the intake charge though so I am wondering if that would be all that is needed as an intercooler and also raise the octane level of the fuel.
I don't know if water/method alone would be enough.
I've got the v2 KW kit on its way to me now, and hope to install this weekend. I too have been thinking about trying to do an aftercooler and win back those missing 2-4psi. Additionally, having less volume to pressurize, throttle response should improve as well.
Looking at frozenboost/siliconeintakes websites, I have a hunch of how i might be able to pull it off, but I want to have the kit on my car first to get some good measurements.
Basically, a 180° silicone coupler out of the efflux of the blower, and a short straight bit to this a/w heat exchanger, and then a short pipe straight out of it into the throttle body.

Unfortunately my car budget is completely tapped out with getting this kit and some additional bits, so it will be a while before I'm able to go down this route.
Looking at frozenboost/siliconeintakes websites, I have a hunch of how i might be able to pull it off, but I want to have the kit on my car first to get some good measurements.
Basically, a 180° silicone coupler out of the efflux of the blower, and a short straight bit to this a/w heat exchanger, and then a short pipe straight out of it into the throttle body.

Unfortunately my car budget is completely tapped out with getting this kit and some additional bits, so it will be a while before I'm able to go down this route.
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I do, I just don't know how to load them up!
Last dyno, made 354rwkw (470ish whp) here's one from before the return fuel system conversion.
It's the torque in this kit that's amazing, get well sucked into your seat in every gear!
http://youtu.be/9QBwfFRYha4
Last dyno, made 354rwkw (470ish whp) here's one from before the return fuel system conversion.
It's the torque in this kit that's amazing, get well sucked into your seat in every gear!
http://youtu.be/9QBwfFRYha4
Originally Posted by s2kjn
Last dyno, made 354rwkw (470ish whp) here's one from before the return fuel system conversion.







