Edelbrocks E-Force
#1
Burning Brakes
Thread Starter
Edelbrocks E-Force
That was fast...
Edelbrocks E-Force for the Stingray
http://www.gmhightechperformance.com..._supercharger/
Edelbrocks E-Force for the Stingray
http://www.gmhightechperformance.com..._supercharger/
Last edited by crusher1; 11-17-2013 at 08:12 PM.
#5
Former Vendor
They didn't mess around. We got to check it out back in November at SEMA. It will include everything needed including the tune.
Last edited by Apex Chase; 01-12-2014 at 06:55 PM.
#7
This wont make the power the a&a kits will. Also, these are a bear to install, at least on a C6. Relocating the front accessories, dropping the drivers side exhaust to get to a block plug for coolant, drop drivers side fuel tank for a new pump.... Bolting the unit on was also a challenge because of the extremely tight spacing. I had to buy and make some tools to get it done. It's a nice solid kit and made good power, just tough to install.
#9
Team Owner
#13
About 90 lbs but PD blowers heat soak very quickly and I would go with a centri. I had the eforce blower on my 05 mustang and it was flawless and put down great power (520rw) but pulled timing and power often and easily due to heat soak. I just sold the kit for a procharger
#14
Drifting
I like the look and "fit and finish" of this kit, but if the centri style blower will make better, more consistent power, then that is definitely the way I'd want to go.
If roots style superchargers heat soak so much more so then centrifugal, why do all car manufacturers equip supercharged cars with a roots style set up? ZR1, the new Z06, Shelby GT500, Camaro ZL1 just being a few examples.
If roots style superchargers heat soak so much more so then centrifugal, why do all car manufacturers equip supercharged cars with a roots style set up? ZR1, the new Z06, Shelby GT500, Camaro ZL1 just being a few examples.
#15
Le Mans Master
Member Since: Oct 2004
Location: Haymarket Virginia
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I like the look and "fit and finish" of this kit, but if the centri style blower will make better, more consistent power, then that is definitely the way I'd want to go.
If roots style superchargers heat soak so much more so then centrifugal, why do all car manufacturers equip supercharged cars with a roots style set up? ZR1, the new Z06, Shelby GT500, Camaro ZL1 just being a few examples.
If roots style superchargers heat soak so much more so then centrifugal, why do all car manufacturers equip supercharged cars with a roots style set up? ZR1, the new Z06, Shelby GT500, Camaro ZL1 just being a few examples.
#17
Drifting
#18
I like the look and "fit and finish" of this kit, but if the centri style blower will make better, more consistent power, then that is definitely the way I'd want to go.
If roots style superchargers heat soak so much more so then centrifugal, why do all car manufacturers equip supercharged cars with a roots style set up? ZR1, the new Z06, Shelby GT500, Camaro ZL1 just being a few examples.
If roots style superchargers heat soak so much more so then centrifugal, why do all car manufacturers equip supercharged cars with a roots style set up? ZR1, the new Z06, Shelby GT500, Camaro ZL1 just being a few examples.
#19
Tech Contributor
Member Since: Jan 2006
Location: Saint Louis MO
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St. Jude Donor '14-'15
I agree with this part - they're far easier to work on - less piping, easier for techs to work with.
Also easier and cheaper to design in lieu of the intake manifold, etc. It's a more elegant package.
I agree about the curve, though. I can't keep it straight at stock torque @ 2500rpm. I don't need to go sideways with 450wtq instead of 250 at 2500rpm...
Also easier and cheaper to design in lieu of the intake manifold, etc. It's a more elegant package.
I agree about the curve, though. I can't keep it straight at stock torque @ 2500rpm. I don't need to go sideways with 450wtq instead of 250 at 2500rpm...
#20
Drifting
If they are more reliable and require less maintenance, then that sounds like the better way to go for somebody who wants OEM-like fit/finish, reliability and performance.
Does the torque curve drop off earlier than a centrifugal units, or does it just kick in sooner and maintain the curve to redline or close to it?
I agree with this part - they're far easier to work on - less piping, easier for techs to work with.
Also easier and cheaper to design in lieu of the intake manifold, etc. It's a more elegant package.
I agree about the curve, though. I can't keep it straight at stock torque @ 2500rpm. I don't need to go sideways with 450wtq instead of 250 at 2500rpm...
Also easier and cheaper to design in lieu of the intake manifold, etc. It's a more elegant package.
I agree about the curve, though. I can't keep it straight at stock torque @ 2500rpm. I don't need to go sideways with 450wtq instead of 250 at 2500rpm...