Divided Turbo Manifold
hmm, I guess it depends on what kind of cost we're talking about here. I already have a new non-equal length divided (OBX) that I will be using to get me by until I can afford a better one. But of course as is the case w/ anything, if the price is right, why not? But it always depends on price...
Thread Starter
Joined: Mar 2002
Posts: 7,592
Likes: 5
From: Toronto, Corporate Canada
Originally posted by reboot
poop... i guess nobody wants to do a mini group buy?? nobody wants a custom divided manifold?!?!?
poop... i guess nobody wants to do a mini group buy?? nobody wants a custom divided manifold?!?!?
Just so you guys can see what we can do and made for my car.
http://2stroke.cyberosity.com/Spec'X...ifold/Updated/
Please tell me exactly what you guys are looking to get and I will get you a price within a day.
Thanks
http://2stroke.cyberosity.com/Spec'X...ifold/Updated/
Please tell me exactly what you guys are looking to get and I will get you a price within a day.
Thanks
Originally posted by turbo-rotary
Just so you guys can see what we can do and made for my car.
http://2stroke.cyberosity.com/Spec'X...ifold/Updated/
Just so you guys can see what we can do and made for my car.
http://2stroke.cyberosity.com/Spec'X...ifold/Updated/
Are the runners equal length?
Is this just a show or race vehicle?
You just added another 90° bend that wouldn't have been needed if it was placed like the stock turbo position.
The new position also shifts a lot of the turbo heat more forward and heats up the front of the engine more so?
The only advantage you gain is you make a little more space (for the dual WG's), and your turbo size is unlimited.
-Ted
Originally posted by RETed
Why would you want the turbo to be positioned that way?
Are the runners equal length?
Is this just a show or race vehicle?
You just added another 90° bend that wouldn't have been needed if it was placed like the stock turbo position.
The new position also shifts a lot of the turbo heat more forward and heats up the front of the engine more so?
The only advantage you gain is you make a little more space (for the dual WG's), and your turbo size is unlimited.
-Ted
Why would you want the turbo to be positioned that way?
Are the runners equal length?
Is this just a show or race vehicle?
You just added another 90° bend that wouldn't have been needed if it was placed like the stock turbo position.
The new position also shifts a lot of the turbo heat more forward and heats up the front of the engine more so?
The only advantage you gain is you make a little more space (for the dual WG's), and your turbo size is unlimited.
-Ted
The other thing I forgot to mention is how close the downpipe gets to the shock tower. Maybe it's just an illusion from the dig pic? If it is that close, it almost necessitates stiff engine mounts to keep the engine from rocking side-to-side. That's a serious turbo that's going to make some serious torque!
-Ted
-Ted
Ah, I just looked at your location (NO), that explains a lot.
I guess their execution on a turbo exhaust system is a little different that what I would run.
In fact, we're going to start running twin turbos on several motors and get away from the big single. If we can keep the turbos on the side of the engine, we see no need to relocate them radically (in the front) as in the pics above.
Those pics remind of the the GN turbo set-up though...
-Ted
I guess their execution on a turbo exhaust system is a little different that what I would run.
In fact, we're going to start running twin turbos on several motors and get away from the big single. If we can keep the turbos on the side of the engine, we see no need to relocate them radically (in the front) as in the pics above.
Those pics remind of the the GN turbo set-up though...

-Ted
Thread Starter
Joined: Mar 2002
Posts: 7,592
Likes: 5
From: Toronto, Corporate Canada
turbo-rotary, Interesting work you (guys?) are doing up there.
Do you have pics of conventional Divided Manifolds? I love the last 2 pics you posted. I'm In that mess myself.
Do you have pics of conventional Divided Manifolds? I love the last 2 pics you posted. I'm In that mess myself.
Originally posted by RETed
Why would you want the turbo to be positioned that way?
Are the runners equal length?
Is this just a show or race vehicle?
You just added another 90° bend that wouldn't have been needed if it was placed like the stock turbo position.
The new position also shifts a lot of the turbo heat more forward and heats up the front of the engine more so?
The only advantage you gain is you make a little more space (for the dual WG's), and your turbo size is unlimited.
-Ted
Why would you want the turbo to be positioned that way?
Are the runners equal length?
Is this just a show or race vehicle?
You just added another 90° bend that wouldn't have been needed if it was placed like the stock turbo position.
The new position also shifts a lot of the turbo heat more forward and heats up the front of the engine more so?
The only advantage you gain is you make a little more space (for the dual WG's), and your turbo size is unlimited.
-Ted
Originally posted by RETed
The other thing I forgot to mention is how close the downpipe gets to the shock tower. Maybe it's just an illusion from the dig pic? If it is that close, it almost necessitates stiff engine mounts to keep the engine from rocking side-to-side. That's a serious turbo that's going to make some serious torque!
-Ted
The other thing I forgot to mention is how close the downpipe gets to the shock tower. Maybe it's just an illusion from the dig pic? If it is that close, it almost necessitates stiff engine mounts to keep the engine from rocking side-to-side. That's a serious turbo that's going to make some serious torque!
-Ted
And yes hopefully it will make some numbers.
Originally posted by RETed
Ah, I just looked at your location (NO), that explains a lot.
I guess their execution on a turbo exhaust system is a little different that what I would run.
In fact, we're going to start running twin turbos on several motors and get away from the big single. If we can keep the turbos on the side of the engine, we see no need to relocate them radically (in the front) as in the pics above.
Those pics remind of the the GN turbo set-up though...
-Ted
Ah, I just looked at your location (NO), that explains a lot.
I guess their execution on a turbo exhaust system is a little different that what I would run.
In fact, we're going to start running twin turbos on several motors and get away from the big single. If we can keep the turbos on the side of the engine, we see no need to relocate them radically (in the front) as in the pics above.
Those pics remind of the the GN turbo set-up though...

-Ted
Thanks


