Greddy TT SUBSTITUTE???
04-03-2006, 03:57 PM
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Why do you hate them? Is it because they can support over 650whp, runs 10s with ease, and still spool extremely fast?
Or maybe it is because they blew up due to a installation error?
lol I'm ****ing with you. Call Forced Performance. They are the masters at doing crazy shiat with mitsu turbos.
Or maybe it is because they blew up due to a installation error?
lol I'm ****ing with you. Call Forced Performance. They are the masters at doing crazy shiat with mitsu turbos.
04-03-2006, 04:16 PM
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Originally Posted by chimmike
they don't spool all that super fast......
04-03-2006, 04:32 PM
#5
Originally Posted by Geovannie
Why do you hate them? Is it because they can support over 650whp, runs 10s with ease, and still spool extremely fast?
Or maybe it is because they blew up due to a installation error?
lol I'm ****ing with you. Call Forced Performance. They are the masters at doing crazy shiat with mitsu turbos.
Or maybe it is because they blew up due to a installation error?
lol I'm ****ing with you. Call Forced Performance. They are the masters at doing crazy shiat with mitsu turbos.
LOL this guy knows a little too much for his own good!!
04-03-2006, 04:53 PM
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OK here we go... I just had this conversation with someone else. Short answer is yes. But it will require a little work on your part. Heres what me and Turbonetics recently came up with. You will need the following:
62-1 Hifi compressor wheel and housing
Turbonetics ceramic ball bearing center section
Stage 3 or 5 turbine wheel (most likely a Stage 3 for good spool up on stock 3.5 L displacement) however if your goal is over 1000 HP you could use a Stage 5 turbine wheel.
Precision turbo makes a turbine housing that will accept a T3 turbine wheel but maintains a TD05 inlet flange foot print.
So essentially what you would do is purchase the Precision TD05H (T3) turbine housing and send a pair of them to Turbonetics. They would then assemble and balance a 60-1 or 62-1 hifi ball bearing turbo for you keeping the TD05 inlet flange foot print so you wouldn't have to switch your manifold flange. It may require some work on changing the flange on your downpipes but you would 1000HP potential and good spool up depending on what size compressor and turbine you went with..
62-1 Hifi compressor wheel and housing
Turbonetics ceramic ball bearing center section
Stage 3 or 5 turbine wheel (most likely a Stage 3 for good spool up on stock 3.5 L displacement) however if your goal is over 1000 HP you could use a Stage 5 turbine wheel.
Precision turbo makes a turbine housing that will accept a T3 turbine wheel but maintains a TD05 inlet flange foot print.
So essentially what you would do is purchase the Precision TD05H (T3) turbine housing and send a pair of them to Turbonetics. They would then assemble and balance a 60-1 or 62-1 hifi ball bearing turbo for you keeping the TD05 inlet flange foot print so you wouldn't have to switch your manifold flange. It may require some work on changing the flange on your downpipes but you would 1000HP potential and good spool up depending on what size compressor and turbine you went with..
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04-03-2006, 05:29 PM
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Ball bearings give a 10% - 15% increase in spool. Thats it.
There is no crazy wizard inside the center cartridge giving you amazingly fast spool. Say your turbos now are acheiving full bost by 2500 rpms. Technically, with the ball bearing turbos, you'll achieve that full boost at 2125 rpms instead of 2500 rpms.
To me, it's not worth upgrading unless you are looking for bigger turbos that flow more.
There is no crazy wizard inside the center cartridge giving you amazingly fast spool. Say your turbos now are acheiving full bost by 2500 rpms. Technically, with the ball bearing turbos, you'll achieve that full boost at 2125 rpms instead of 2500 rpms.
To me, it's not worth upgrading unless you are looking for bigger turbos that flow more.
04-03-2006, 06:08 PM
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Originally Posted by tvieira24
Ball bearings give a 10% - 15% increase in spool. Thats it.
There is no crazy wizard inside the center cartridge giving you amazingly fast spool. Say your turbos now are acheiving full bost by 2500 rpms. Technically, with the ball bearing turbos, you'll achieve that full boost at 2125 rpms instead of 2500 rpms.
To me, it's not worth upgrading unless you are looking for bigger turbos that flow more.
There is no crazy wizard inside the center cartridge giving you amazingly fast spool. Say your turbos now are acheiving full bost by 2500 rpms. Technically, with the ball bearing turbos, you'll achieve that full boost at 2125 rpms instead of 2500 rpms.
To me, it's not worth upgrading unless you are looking for bigger turbos that flow more.
With ball bearing turbos it is not so much about initial boost response but more of a difference in transient boost response. That is where it is a night and day difference.
04-03-2006, 09:34 PM
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How much will this run for this is something nice and i was thinking about. Very intrested and look forward to this.
Originally Posted by MIAPLAYA
OK here we go... I just had this conversation with someone else. Short answer is yes. But it will require a little work on your part. Heres what me and Turbonetics recently came up with. You will need the following:
62-1 Hifi compressor wheel and housing
Turbonetics ceramic ball bearing center section
Stage 3 or 5 turbine wheel (most likely a Stage 3 for good spool up on stock 3.5 L displacement) however if your goal is over 1000 HP you could use a Stage 5 turbine wheel.
Precision turbo makes a turbine housing that will accept a T3 turbine wheel but maintains a TD05 inlet flange foot print.
So essentially what you would do is purchase the Precision TD05H (T3) turbine housing and send a pair of them to Turbonetics. They would then assemble and balance a 60-1 or 62-1 hifi ball bearing turbo for you keeping the TD05 inlet flange foot print so you wouldn't have to switch your manifold flange. It may require some work on changing the flange on your downpipes but you would 1000HP potential and good spool up depending on what size compressor and turbine you went with..
62-1 Hifi compressor wheel and housing
Turbonetics ceramic ball bearing center section
Stage 3 or 5 turbine wheel (most likely a Stage 3 for good spool up on stock 3.5 L displacement) however if your goal is over 1000 HP you could use a Stage 5 turbine wheel.
Precision turbo makes a turbine housing that will accept a T3 turbine wheel but maintains a TD05 inlet flange foot print.
So essentially what you would do is purchase the Precision TD05H (T3) turbine housing and send a pair of them to Turbonetics. They would then assemble and balance a 60-1 or 62-1 hifi ball bearing turbo for you keeping the TD05 inlet flange foot print so you wouldn't have to switch your manifold flange. It may require some work on changing the flange on your downpipes but you would 1000HP potential and good spool up depending on what size compressor and turbine you went with..
04-04-2006, 07:42 AM
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Originally Posted by Fairlady_z33
How much will this run for this is something nice and i was thinking about. Very intrested and look forward to this.
04-04-2006, 07:45 AM
#12
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Originally Posted by tvieira24
Ball bearings give a 10% - 15% increase in spool. Thats it.
There is no crazy wizard inside the center cartridge giving you amazingly fast spool. Say your turbos now are acheiving full bost by 2500 rpms. Technically, with the ball bearing turbos, you'll achieve that full boost at 2125 rpms instead of 2500 rpms.
To me, it's not worth upgrading unless you are looking for bigger turbos that flow more.
There is no crazy wizard inside the center cartridge giving you amazingly fast spool. Say your turbos now are acheiving full bost by 2500 rpms. Technically, with the ball bearing turbos, you'll achieve that full boost at 2125 rpms instead of 2500 rpms.
To me, it's not worth upgrading unless you are looking for bigger turbos that flow more.
04-04-2006, 10:44 PM
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A TD05 is a TD05. You could buy a set of EVOIII 16G's from Forced Performance and they'd lower the MAX WHP a little, but spool up faster. Or you could get small 16Gs and the spool would be REALLY quick but again ... less max WHP. Both 18Gs and 16Gs are TD05s so you can fit them on the same manifolds. EVOIIIs 16Gs are like 700 new. 1400 total. Or find em used on a DSM board for like 500ish each.
04-05-2006, 05:23 AM
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I wouldnt go with smaller turbo's i would get those 62 hi fi compressor wheel to later on get 1000+ thats my choice and just get a 50 shot to help the spool up
04-08-2006, 12:25 PM
#16
FOund a shop IN orlando that rebuilds and balances just about any turbo. And this is not a crappy facility... no, they have two machines. One is a $20k balancer and then they have the mammoth car-sized balancer that's probably around 40k.
These people are legit and are rebuilding my twins. 325 for all the work including parts.
These people are legit and are rebuilding my twins. 325 for all the work including parts.
04-16-2006, 03:55 PM
#17
Originally Posted by tecni
FOund a shop IN orlando that rebuilds and balances just about any turbo. And this is not a crappy facility... no, they have two machines. One is a $20k balancer and then they have the mammoth car-sized balancer that's probably around 40k.
These people are legit and are rebuilding my twins. 325 for all the work including parts.
These people are legit and are rebuilding my twins. 325 for all the work including parts.
04-16-2006, 10:58 PM
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Originally Posted by MIAPLAYA
OK here we go... I just had this conversation with someone else. Short answer is yes. But it will require a little work on your part. Heres what me and Turbonetics recently came up with. You will need the following:
62-1 Hifi compressor wheel and housing
Turbonetics ceramic ball bearing center section
Stage 3 or 5 turbine wheel (most likely a Stage 3 for good spool up on stock 3.5 L displacement) however if your goal is over 1000 HP you could use a Stage 5 turbine wheel.
Precision turbo makes a turbine housing that will accept a T3 turbine wheel but maintains a TD05 inlet flange foot print.
So essentially what you would do is purchase the Precision TD05H (T3) turbine housing and send a pair of them to Turbonetics. They would then assemble and balance a 60-1 or 62-1 hifi ball bearing turbo for you keeping the TD05 inlet flange foot print so you wouldn't have to switch your manifold flange. It may require some work on changing the flange on your downpipes but you would 1000HP potential and good spool up depending on what size compressor and turbine you went with..
62-1 Hifi compressor wheel and housing
Turbonetics ceramic ball bearing center section
Stage 3 or 5 turbine wheel (most likely a Stage 3 for good spool up on stock 3.5 L displacement) however if your goal is over 1000 HP you could use a Stage 5 turbine wheel.
Precision turbo makes a turbine housing that will accept a T3 turbine wheel but maintains a TD05 inlet flange foot print.
So essentially what you would do is purchase the Precision TD05H (T3) turbine housing and send a pair of them to Turbonetics. They would then assemble and balance a 60-1 or 62-1 hifi ball bearing turbo for you keeping the TD05 inlet flange foot print so you wouldn't have to switch your manifold flange. It may require some work on changing the flange on your downpipes but you would 1000HP potential and good spool up depending on what size compressor and turbine you went with..
04-17-2006, 06:38 AM
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Originally Posted by aalzuhair
What is the 62-1 HiFi ... I thought they only had a 60-1 HiFi or a 62-1 .. and then, can that turbo fit in the same place?
04-17-2006, 07:17 AM
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Originally Posted by MIAPLAYA
A 62-1 Hifi is something that can be done by Turbonetics. Its just not a ready made compressor. When talking to Tyler and the guys over there about this they said it would be NO problem to make a 62-1 Hifi if you guys were interested in it.
…. Do you know if the 62-1 HiFi is similar to the 60-1 Hifi in terms of external dimensions? I might give Mr. Tyler a call 
muhahaha