I like it as well. But, I do not like the front entry air intake design, does not look productive for making power. I think the roush is a better design and a bit cheaper using the same TVS blower.Here is one for you. I found this on a post about a HID light swap a couple of weeks ago.
I think when the time comes this would be the one I would go for. From what I've read on some of the reviews I like the fact that it is able to make decent power and lots of torque down low in the RPM range and consistently maintain that with just 8 or 9 PSI. I also really like the way it looks plus still being able to use a strut brace.
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really,I like it as well. But, I do not like the front entry air intake design, does not look productive for making power. I think the roush is a better design and a bit cheaper using the same TVS blower.
Would that also mean that by favoring down-low torque, you sacrifice top end power?Don't forget, the Edelbrock is an inverted design, with the intake runners curving over the top. The longer runners provide more down-low torque.
Saleen superchargers are the only other one (that I know of) with the inverted design.
Although, the intake tube is hideous. It looks like some sort of animal stomach.
This is a 2010 car.Here is one for you. I found this on a post about a HID light swap a couple of weeks ago.
I think when the time comes this would be the one I would go for. From what I've read on some of the reviews I like the fact that it is able to make decent power and lots of torque down low in the RPM range and consistently maintain that with just 8 or 9 PSI. I also really like the way it looks plus still being able to use a strut brace.
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yep,Don't forget, the Edelbrock is an inverted design, with the intake runners curving over the top. The longer runners provide more down-low torque.
Saleen superchargers are the only other one (that I know of) with the inverted design.
Although, the intake tube is hideous. It looks like some sort of animal stomach.
You have some wrong information there. Roots and twin screw superchargers are two seperate types of positive displacement. The Whipple and Kenne Bell are twin screws, whereas the Roush, Edelbrock, and Eaton are Roots style. The difference is in the design of the impeller and makes a major impact on performance with the twin screw being more efficient but also noisier. Also all superchargers on the market today, whether they are positive displacement or centrifugal, run off the crank pulley(which is dual sheave from the factory). For a street car it does not matter if the charger is run off the inner or outer sheave.Interesting, usually on most forums Roush is the most mentioned.
All the roots style blowers sold for the 5.0's are positive displacement aka twin screw. The Roush and FRPP kits are identical except for the supercharger head unit and the lettering on the airbox lid. They both drive off the innermost belt. Not sure which ones but I know some of the other blowers both centrifugal and roots style will drive off a pulley bolted to the damper. So the lever arm on the crank increases if you turn it up a lot later.
What other kits drive off the innermost belt sheave besides the Roush/ FRPP?
Regarding supercharged manifold runner length, I don't think it matters when the manifold is pressurized. The scavenging effect isn't the same as NA.