super vic pics please
#3
Staging Lane
iTrader: (2)
Here is a super vic I converted to EFI. I never stopped to get a good picture of everything installed, but here are a few:
2" VFN cowl hood:
here I'm adding the nitrous kit:
and here are a few for an upcoming for sale thread I havent gotten around to:
2" VFN cowl hood:
here I'm adding the nitrous kit:
and here are a few for an upcoming for sale thread I havent gotten around to:
Last edited by BaD AZz Z28; 09-07-2011 at 08:32 AM.
#6
Staging Lane
iTrader: (2)
Im not sure who does conversions, I did mine myself. You might be able to drill/tap the stock rails, make up a new crossover and build stands to hold them, but its probably not worth it when aftermarket rails look and flow better, come already threaded and are less than $100
#7
Here's mine, a SuperVic converted/ported by Bret B:
Using a FAST TB, SuperSucker 4-hole spacer, an EV elbow with a EV spacer under it.
Custom tube from 4" MAF to 3.5" elbow:
Harwood Hood needed some trimming:
Much trimming on the cowl, but wipers were kept. The final product:
Using a FAST TB, SuperSucker 4-hole spacer, an EV elbow with a EV spacer under it.
Custom tube from 4" MAF to 3.5" elbow:
Harwood Hood needed some trimming:
Much trimming on the cowl, but wipers were kept. The final product:
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#8
Im not sure who does conversions, I did mine myself. You might be able to drill/tap the stock rails, make up a new crossover and build stands to hold them, but its probably not worth it when aftermarket rails look and flow better, come already threaded and are less than $100
#9
Staging Lane
iTrader: (2)
I believe these are what I used, the picture doesnt match the part but its a SBC victor rail.
Applications Part #
Chevrolet Small-block Chevy (for use with #29785 and standard injectors) #3630
http://www.summitracing.com/parts/EDL-3630/
Applications Part #
Chevrolet Small-block Chevy (for use with #29785 and standard injectors) #3630
http://www.summitracing.com/parts/EDL-3630/
#10
I believe these are what I used, the picture doesnt match the part but its a SBC victor rail.
Applications Part #
Chevrolet Small-block Chevy (for use with #29785 and standard injectors) #3630
http://www.summitracing.com/parts/EDL-3630/
Applications Part #
Chevrolet Small-block Chevy (for use with #29785 and standard injectors) #3630
http://www.summitracing.com/parts/EDL-3630/
#11
If any one is interested I have a new Nitrous Outlet 860 elbow which uses stock to monoblade tb and will fit under the cowl if no additional spacers are used. Asking what I paid for it, $315 + shipping and a Holley 58mmtb for $300 + shipping, email z24.turbo@gmail.com, thanks. Here are some pics
http://i1110.photobucket.com/albums/...T1parts012.jpg
http://i1110.photobucket.com/albums/...T1parts011.jpg
http://i1110.photobucket.com/albums/...T1parts010.jpg
http://i1110.photobucket.com/albums/...T1parts009.jpg
http://i1110.photobucket.com/albums/...T1parts008.jpg
http://i1110.photobucket.com/albums/...T1parts007.jpg
http://i1110.photobucket.com/albums/...T1parts006.jpg
http://i1110.photobucket.com/albums/...T1parts012.jpg
http://i1110.photobucket.com/albums/...T1parts011.jpg
http://i1110.photobucket.com/albums/...T1parts010.jpg
http://i1110.photobucket.com/albums/...T1parts009.jpg
http://i1110.photobucket.com/albums/...T1parts008.jpg
http://i1110.photobucket.com/albums/...T1parts007.jpg
http://i1110.photobucket.com/albums/...T1parts006.jpg
#12
Here's mine, a SuperVic converted/ported by Bret B:
Using a FAST TB, SuperSucker 4-hole spacer, an EV elbow with a EV spacer under it.
Custom tube from 4" MAF to 3.5" elbow:
Harwood Hood needed some trimming:
Much trimming on the cowl, but wipers were kept. The final product:
Using a FAST TB, SuperSucker 4-hole spacer, an EV elbow with a EV spacer under it.
Custom tube from 4" MAF to 3.5" elbow:
Harwood Hood needed some trimming:
Much trimming on the cowl, but wipers were kept. The final product:
Have you thought about trimming the rest of your hood's cowl to make it functional, or if you're worried about it getting flimsy at least adding slits like the ASCD or Octane Motorsport cowls?
As long as your air filter box stays sealed it wont mess with your ram air, and you would get lower underhood temps as it sucks air from that low pressure area.
#15
A lot of people do, but some think there are some advantages to converting a regular supervic with regard to injector placement, runner shape, etc.
Yes, it's divided all the way. Not necessary, but I do think it probably helps feed the manifold equally at WOT which is sort of hard anytime there's a 90 degree bend in the system.
Thanks. Yes, I have thought about ways to extract some air but haven't decided what to do yet. I'm not convinced the cowl is a low enough pressure area to do much good, I'm thinking louvers closer to the front of the hood might to more good (of course they make a fashion statment that might be hard to take). I've got a pressure sensor I can hook into my data acquisition and I plan to do all sorts of measurements when I get the time (along with fun things like measuring the effectiveness of the ram air, etc) but I've had too much other stuff come up to get around to it.
Yes, it's divided all the way. Not necessary, but I do think it probably helps feed the manifold equally at WOT which is sort of hard anytime there's a 90 degree bend in the system.
Beautiful car.
Have you thought about trimming the rest of your hood's cowl to make it functional, or if you're worried about it getting flimsy at least adding slits like the ASCD or Octane Motorsport cowls?
As long as your air filter box stays sealed it wont mess with your ram air, and you would get lower underhood temps as it sucks air from that low pressure area.
Have you thought about trimming the rest of your hood's cowl to make it functional, or if you're worried about it getting flimsy at least adding slits like the ASCD or Octane Motorsport cowls?
As long as your air filter box stays sealed it wont mess with your ram air, and you would get lower underhood temps as it sucks air from that low pressure area.
#16
A lot of people do, but some think there are some advantages to converting a regular supervic with regard to injector placement, runner shape, etc.
Yes, it's divided all the way. Not necessary, but I do think it probably helps feed the manifold equally at WOT which is sort of hard anytime there's a 90 degree bend in the system.
Thanks. Yes, I have thought about ways to extract some air but haven't decided what to do yet. I'm not convinced the cowl is a low enough pressure area to do much good, I'm thinking louvers closer to the front of the hood might to more good (of course they make a fashion statment that might be hard to take). I've got a pressure sensor I can hook into my data acquisition and I plan to do all sorts of measurements when I get the time (along with fun things like measuring the effectiveness of the ram air, etc) but I've had too much other stuff come up to get around to it.
Yes, it's divided all the way. Not necessary, but I do think it probably helps feed the manifold equally at WOT which is sort of hard anytime there's a 90 degree bend in the system.
Thanks. Yes, I have thought about ways to extract some air but haven't decided what to do yet. I'm not convinced the cowl is a low enough pressure area to do much good, I'm thinking louvers closer to the front of the hood might to more good (of course they make a fashion statment that might be hard to take). I've got a pressure sensor I can hook into my data acquisition and I plan to do all sorts of measurements when I get the time (along with fun things like measuring the effectiveness of the ram air, etc) but I've had too much other stuff come up to get around to it.
Not exactly a high tech test, but was good enough for me .
#18
Out of curiousity, why do you want it to exit at the rear of the hood instead of sucking from there and exiting under the car? Downforce?
#19
Yes, downforce, drag and cooling. High pressure air building under the hood causes front lift, all the radiator air exiting under the car causes lift along the length of the car as well as drag (good purpose built cars often have the entire bottom sealed off so the air has to go somewhere else). And the area behind the radiator being at high pressure reduces airflow through it.
So if you can use the car's exterior aero to suck some of that air out you reduce lift (or increase downforce if the car is well done otherwise), reduce drag and allow the radiator to flow a lot more air to keep things cooler.
The hard part is actually doing it effectively unless you can make your own custom hoods (or race a car with huge aftermarket RR support). This hood gave me ram air and cowl height to clear the intake which was two out of the three things I wanted, maybe this winter I'll get the third done.
So if you can use the car's exterior aero to suck some of that air out you reduce lift (or increase downforce if the car is well done otherwise), reduce drag and allow the radiator to flow a lot more air to keep things cooler.
The hard part is actually doing it effectively unless you can make your own custom hoods (or race a car with huge aftermarket RR support). This hood gave me ram air and cowl height to clear the intake which was two out of the three things I wanted, maybe this winter I'll get the third done.
#20
Yes, downforce, drag and cooling. High pressure air building under the hood causes front lift, all the radiator air exiting under the car causes lift along the length of the car as well as drag (good purpose built cars often have the entire bottom sealed off so the air has to go somewhere else). And the area behind the radiator being at high pressure reduces airflow through it.
So if you can use the car's exterior aero to suck some of that air out you reduce lift (or increase downforce if the car is well done otherwise), reduce drag and allow the radiator to flow a lot more air to keep things cooler.
The hard part is actually doing it effectively unless you can make your own custom hoods (or race a car with huge aftermarket RR support). This hood gave me ram air and cowl height to clear the intake which was two out of the three things I wanted, maybe this winter I'll get the third done.
So if you can use the car's exterior aero to suck some of that air out you reduce lift (or increase downforce if the car is well done otherwise), reduce drag and allow the radiator to flow a lot more air to keep things cooler.
The hard part is actually doing it effectively unless you can make your own custom hoods (or race a car with huge aftermarket RR support). This hood gave me ram air and cowl height to clear the intake which was two out of the three things I wanted, maybe this winter I'll get the third done.