well here is my build
#51
Re: well here is my build
im staring to finish up the install of the turbo kit, i still need to plug up the 2 vac nipples off the old CAI thats not the upper charge pipe and put the oil lines on. the turbo install is just about finished now just the rest of the car lol
as you can see the bumper clears in the areo of the fogs no problem woot boost and fogs!!!!
dont be a fool warp your tool!!!
your not HMT if you dont have a dryer vent intake! it actualy works very well, I plan on keeping this on while street driving, then taking it off and putting on the velocity stack for race days
it rests on the bracket that used to hold the AC up i might add a bracket to hold the filter but its there very tightly
where i put the BOV
the DP, im having the flex section moved into the exhaust at a shop and having the cat removed as well as a resonator added.
just a shot of it all, yes it was a pain to wrap the ***** chong manifold.
as you can see the bumper clears in the areo of the fogs no problem woot boost and fogs!!!!
dont be a fool warp your tool!!!
your not HMT if you dont have a dryer vent intake! it actualy works very well, I plan on keeping this on while street driving, then taking it off and putting on the velocity stack for race days
it rests on the bracket that used to hold the AC up i might add a bracket to hold the filter but its there very tightly
where i put the BOV
the DP, im having the flex section moved into the exhaust at a shop and having the cat removed as well as a resonator added.
just a shot of it all, yes it was a pain to wrap the ***** chong manifold.
#57
Re: well here is my build
These Ebay turbos are normally a stage 3 .63 a/r hot side and the compressor is a large t04e 60 trim and sometimes even 60-1.
In the case of this project right here, I think it's an overkill turbo that will lag forever. IMO, a stage 1 turbine wheel would kick-in MUCH faster. Or, To keep the room for grow of the stage 3 turbine wheel, I would at least switch turbine hosuing to .48 a/r although the chinese don't offer it. So, it Would have to be a real garrett housing.
Reliabilitywise, These knock offs have decent components: with just garrett internals and a good rebalancing, you can avoid the premature failure they are notorious for.
In the case of this project right here, I think it's an overkill turbo that will lag forever. IMO, a stage 1 turbine wheel would kick-in MUCH faster. Or, To keep the room for grow of the stage 3 turbine wheel, I would at least switch turbine hosuing to .48 a/r although the chinese don't offer it. So, it Would have to be a real garrett housing.
Reliabilitywise, These knock offs have decent components: with just garrett internals and a good rebalancing, you can avoid the premature failure they are notorious for.
#58
Re: well here is my build
thanks for the tip, the turbo is on a restrictor so it wond die as fast, check spdweb.net his ebay turbo has ran 20k+ the specs on it are a 57 trim t3/t4 should spool around 3600rpm im not looking for a around town turbo, i plan on tuning it to run lean down low so boost at 75mph isnt wanted, this turbo is sized perfect for what i wanted.
thanks for all the advice though guys appreciate it.
thanks for all the advice though guys appreciate it.
#59
Re: well here is my build
Sure, it's free to try it. and a 3600 RPM spool up is not that bad at all in certain applications.
The restrictor won't make the XSP turbo last longer. It will just retard the begining of the leakage due to premature wear of the bearings and seals. although you're right, a big laggy turbo might be less prone to wear and overheating than a quick spooling one.
The restrictor won't make the XSP turbo last longer. It will just retard the begining of the leakage due to premature wear of the bearings and seals. although you're right, a big laggy turbo might be less prone to wear and overheating than a quick spooling one.
#60
Re: well here is my build
Originally Posted by BLAAST
Sure, it's free to try it. and a 3600 RPM spool up is not that bad at all in certain applications.
The restrictor won't make the XSP turbo last longer. It will just retard the begining of the leakage due to premature wear of the bearings and seals. although you're right, a big laggy turbo might be less prone to wear and overheating than a quick spooling one.
The restrictor won't make the XSP turbo last longer. It will just retard the begining of the leakage due to premature wear of the bearings and seals. although you're right, a big laggy turbo might be less prone to wear and overheating than a quick spooling one.