Electric Supercharger?
Electric Supercharger?
What do you guys think about the e-ram from e-racing? Does anyone have it installed? they have a model that does 1.7psi net boost with 8.5% more horsepower?. I am not planning on buying one, but I just thought I read everyones comments / discussions about it since I am curious.
http://www.electricsupercharger.com/
http://www.electricsupercharger.com/
Last edited by gshotpapi; Dec 18, 2008 at 05:48 AM. Reason: forgot to add link of product
well.. I wouldn't say they are 100% bogus.. but.. it is definitely not worth the money.. if someone gave it to me for free.. still not sure I'd put it in.. don't feel bad for asking.. the smart ones ask first!
Cool, I figured same thing. Just thought maybe someone here had some hands on experience with that. I definetly want an actual supercharger/turbocharger but nothing out yet... so I am waiting patiently. thanks for reply.
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There are superchargers for the tl. i believe they sell em in the black market
this video is compelling, but will any of this increased wind speed do anything?
http://www.youtube.com/watch?v=NncTM9DEf8Y
http://www.youtube.com/watch?v=NncTM9DEf8Y
this video is compelling, but will any of this increased wind speed do anything?
http://www.youtube.com/watch?v=NncTM9DEf8Y
http://www.youtube.com/watch?v=NncTM9DEf8Y
I truely cant believe we are still even having this discussion honestly. These things are a waste of money. Period.
Dont you think if it were that easy....everybody would be bolting up a "leaf blower" to their cars a long time ago? There products prey on the logic sense of the underinformed and not much more.
Thanks again.
Let's think about this logically.
It takes nearly 290CFM to make the TL's claimed power output. A decent gas powered leaf blower will put out a hair over 300CFM. This ripoff electric supercharger would have to put out 290 CFM just to not be a restriction. To get into a couple pounds of boost, it would have to be in the neighborhood of 320CFM. Does anyone think these things put out more air than a gas powered leaf blower?
Besides that, it does not have the correct type of "compressor" for boost. It is nothing more than a fan. Put a restriction in front of it and it just stops moving air. It is incapable of boost by design.
It takes nearly 290CFM to make the TL's claimed power output. A decent gas powered leaf blower will put out a hair over 300CFM. This ripoff electric supercharger would have to put out 290 CFM just to not be a restriction. To get into a couple pounds of boost, it would have to be in the neighborhood of 320CFM. Does anyone think these things put out more air than a gas powered leaf blower?
Besides that, it does not have the correct type of "compressor" for boost. It is nothing more than a fan. Put a restriction in front of it and it just stops moving air. It is incapable of boost by design.
Let's think about this logically.
It takes nearly 290CFM to make the TL's claimed power output. A decent gas powered leaf blower will put out a hair over 300CFM. This ripoff electric supercharger would have to put out 290 CFM just to not be a restriction. To get into a couple pounds of boost, it would have to be in the neighborhood of 320CFM. Does anyone think these things put out more air than a gas powered leaf blower?
Besides that, it does not have the correct type of "compressor" for boost. It is nothing more than a fan. Put a restriction in front of it and it just stops moving air. It is incapable of boost by design.
It takes nearly 290CFM to make the TL's claimed power output. A decent gas powered leaf blower will put out a hair over 300CFM. This ripoff electric supercharger would have to put out 290 CFM just to not be a restriction. To get into a couple pounds of boost, it would have to be in the neighborhood of 320CFM. Does anyone think these things put out more air than a gas powered leaf blower?
Besides that, it does not have the correct type of "compressor" for boost. It is nothing more than a fan. Put a restriction in front of it and it just stops moving air. It is incapable of boost by design.
i was hoping that this was another simple way of adding more power to a existing bolt on...but it seems to have pros and cons...
the price is questionable its should be lesser than the intake definitely..But as much as these guys r saying it doesnt work...Can someone say WHY? B/C E-Ram is telling every reason it does... just asking
the price is questionable its should be lesser than the intake definitely..But as much as these guys r saying it doesnt work...Can someone say WHY? B/C E-Ram is telling every reason it does... just asking
i was hoping that this was another simple way of adding more power to a existing bolt on...but it seems to have pros and cons...
the price is questionable its should be lesser than the intake definitely..But as much as these guys r saying it doesnt work...Can someone say WHY? B/C E-Ram is telling every reason it does... just asking
the price is questionable its should be lesser than the intake definitely..But as much as these guys r saying it doesnt work...Can someone say WHY? B/C E-Ram is telling every reason it does... just asking
i was hoping that this was another simple way of adding more power to a existing bolt on...but it seems to have pros and cons...
the price is questionable its should be lesser than the intake definitely..But as much as these guys r saying it doesnt work...Can someone say WHY? B/C E-Ram is telling every reason it does... just asking
the price is questionable its should be lesser than the intake definitely..But as much as these guys r saying it doesnt work...Can someone say WHY? B/C E-Ram is telling every reason it does... just asking
I explained why it won't work in detail. Since you don't want to believe it, buy one and do a pre and post dyno or better yet, take it to the track.
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