300 WHP with 60-1 + Interceptor
#27
I thought the Borla stayed to 3" all the way as well..
Nice numbers btw man. I find it pretty amazing on what the '8 can do when pressurized. When I'm talking to haters on the '8, I just tell them that it makes more power than the '7 when pressurized to less PSI. Pretty pimp if you ask me.
Nice numbers btw man. I find it pretty amazing on what the '8 can do when pressurized. When I'm talking to haters on the '8, I just tell them that it makes more power than the '7 when pressurized to less PSI. Pretty pimp if you ask me.
#28
Originally Posted by lourx8
Vamos a ver cuando lo pongamos a doce libras o mas
Saludos y Exitos!!! en tu proyecto
Rgonza
#29
If those numbers are correct, 304 WHP with 7.5 PSIg* seems pretty good. NA is 14.7 PSIa; adding another 7.5 PSIg is equivalent to 22.2 PSIa.
Roughly speaking you have 50% more air and 50% more power than stock; sounds like everything is working fine including your exhaust.
-Mr. Wigggles
*PSIg = PSI-gauge. PSIa = PSI-absolute. PSI-absolute = PSI-guage + 14.7. Meaning your absolute pressure is your guage measurement + standard pressure.
Roughly speaking you have 50% more air and 50% more power than stock; sounds like everything is working fine including your exhaust.
-Mr. Wigggles
*PSIg = PSI-gauge. PSIa = PSI-absolute. PSI-absolute = PSI-guage + 14.7. Meaning your absolute pressure is your guage measurement + standard pressure.
Last edited by MrWigggles; 09-04-2006 at 11:53 AM.
#30
Originally Posted by XDEEDUBBX
nice set up man...who fabbed your manifold for your turbo?
#31
Originally Posted by MrWigggles
If those numbers are correct, 304 WHP with 7.5 PSIg* seems pretty good. NA is 14.7 PSIa; adding another 7.5 PSIg is equivalent to 22.2 PSIa.
Roughly speaking you have 50% more air and 50% more power than stock; sounds like everything is working fine including your exhaust.
-Mr. Wigggles
*PSIg = PSI-gauge. PSIa = PSI-absolute. PSI-absolute = PSI-guage + 14.7. Meaning your absolute pressure is your guage measurement + standard pressure.
Roughly speaking you have 50% more air and 50% more power than stock; sounds like everything is working fine including your exhaust.
-Mr. Wigggles
*PSIg = PSI-gauge. PSIa = PSI-absolute. PSI-absolute = PSI-guage + 14.7. Meaning your absolute pressure is your guage measurement + standard pressure.
#32
Originally Posted by Moostafa29
Seems like a lot of trouble. Could probably sell the one he has now, and buy the turboxs for less.
Does anyone know where I can start shopping for real nice 3.5" Mufflers with titanium tips?
#33
I could pressurize a blimp to 7.5 PSIg and inject that air into the combustion chamber. Is that 50% more air? Hell no, not by volume.
mass of air pressurized to 7.5PSIg contained within large turbo > mass of air pressurized to 7.5PSIg containted within small turbo
mass of air pressurized to 7.5PSIg contained within large turbo > mass of air pressurized to 7.5PSIg containted within small turbo
#35
Registered User
Joined: Jun 2002
Posts: 3,086
Likes: 1
From: Misinformation Director - Evolv Chicago
Very nice, I like the placement of the turbo better there than in the front like some of the other set-ups out there...
edit: and a question, is this a Turbonetics T4 60-1?
edit: and a question, is this a Turbonetics T4 60-1?
Last edited by Red Devil; 09-05-2006 at 02:41 PM.
#36
ok, im a mechanical moron, wish i knew more cuz i love the knowledge u guys have of the subject. BUT, in lamen terms...what turbo are you using? i know a lot of it is custom but help some of us mechanical morons out with some tips to embarass some 350z's
#37
Originally Posted by mikeschaefer
I could pressurize a blimp to 7.5 PSIg and inject that air into the combustion chamber. Is that 50% more air? Hell no, not by volume.
mass of air pressurized to 7.5PSIg contained within large turbo > mass of air pressurized to 7.5PSIg containted within small turbo
mass of air pressurized to 7.5PSIg contained within large turbo > mass of air pressurized to 7.5PSIg containted within small turbo
Yes, 7.5psig is probably going to be a little less than 50% more air (or oxygen molecules if you want to be picky), but he is still getting roughly 50% more power so he can't be too upset with the results. That was my point; I'm glad he understood.
-Mr. Wigggles
Last edited by MrWigggles; 09-07-2006 at 12:43 AM.
#39
I'm picking up my car tomorrow. We were able to extract a few more horses. I will be driving the car as is for a while until I figure out phase II of the project. That will be ingnition, even bigger injectors, a switch from electronic throttle, and a single tip 3.5" straight thru exhaust. WE'll see for now I'm happy with the power it is making. I took a ride on the car today and it felt really strong. It is much different than the Greddy turbo in the sense that boost seems to come on much higher in the rev range at around 5000 rpms. I'll know more when I actually drive it myself tomorrow. Here's the dyno graph.
#40
turbo placement
first of all, i like the way u have the turbo sittin up front to the side of the car. but how did u do that? was there enough room underneat to make a custom manifold and downpipe? also if i saw the pic correctly, did u take off ur air pump?
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