Quest for no lag Turbo IX
5. small, strategic shots of no2
Now i dont understand exactly what some of this is... like CFM/efficieny ranges? that's how efficient the turbo is at... well being a turbo? a gt28 turbo is smaller then a gt30 right?
How much could these set ups potentialy cost?
Wingless- so that Garrett gt28 is one you'd put money on if had to get one.... Your right to the fact that i'm fine with the stock power of my evo, alittle more here and there would be fine but really i'd just want less lag.
Last edited by EvoNiner SE; Jan 3, 2008 at 09:33 AM.
Port your stock exhaust Manifold as well, and it probably wouldn't hurt to get it ceramic coated or wrap it and wrap up a new downpipe, hotter gases = faster movement and faster spool.
Removing any post-turbo exhaust restrictions should reduce turbo spoolup time, as others have mentioned. Also, an aftermarket O2 housing, 3" downpipe, replacement of catalytic convertor with a test pipe, should all improve spoolup.
Also as mentioned above, having your ECU's ignition timing and fuel tables modified can noticeably improve spoolup for you. Swapping your stock LICP for an improved lower intercooler pipe is also a goood alternative. At least on non-MIVEC Evos, advancing the cam timing via adjustable cam gears is a proven way to improve spoolup.
Since your IX turbo comes fitted with the 10.5 turbine housing you can always step down to either a 9.8 housing or even a 9.0 turbine housing. This is guaranteed to drop spoolup time and only costs a couple hundred bucks.
I just ordered a 9.0 housing for my EvoGreen from Forced Performance with an eye toward improving spoolup time. So, you could fit a 9.0 housing onto your IX turbo. It should be a straight bolt-on replacement and only costs a couple hundred bucks. Whereas a ball bearing conversion is way more expensive.
EDIT: Ditto a 3071 is not going to spool fast. A GT28(?) is not gonna get much approval on this forum. A properly setup bolton turbo should blow it away and do it cheaper. No one uses that GT-28 thing on here!
If you want real fast spool for cheap while retaining your IX turbo, then just send it to Forced Performance and have them install a titanium turbine wheel and a 9.0 housing and get rid of your catalytic convertor.
Also as mentioned above, having your ECU's ignition timing and fuel tables modified can noticeably improve spoolup for you. Swapping your stock LICP for an improved lower intercooler pipe is also a goood alternative. At least on non-MIVEC Evos, advancing the cam timing via adjustable cam gears is a proven way to improve spoolup.
Since your IX turbo comes fitted with the 10.5 turbine housing you can always step down to either a 9.8 housing or even a 9.0 turbine housing. This is guaranteed to drop spoolup time and only costs a couple hundred bucks.
I just ordered a 9.0 housing for my EvoGreen from Forced Performance with an eye toward improving spoolup time. So, you could fit a 9.0 housing onto your IX turbo. It should be a straight bolt-on replacement and only costs a couple hundred bucks. Whereas a ball bearing conversion is way more expensive.
EDIT: Ditto a 3071 is not going to spool fast. A GT28(?) is not gonna get much approval on this forum. A properly setup bolton turbo should blow it away and do it cheaper. No one uses that GT-28 thing on here!
If you want real fast spool for cheap while retaining your IX turbo, then just send it to Forced Performance and have them install a titanium turbine wheel and a 9.0 housing and get rid of your catalytic convertor.
Last edited by sparky; Jan 3, 2008 at 10:33 AM.
So i bought a 2006 Black Evo IX SE last may and i road race with it. I'm not used to cars with any sort of lag, this is the first Turbo'd car i have owned. I was wanting to Find parts/a setup that would make the lag on my car less. My quest is to make this the best Track car i can, but also let her still be usefull on weekend drives.
I was thining about buying all these bolt ons to hopefully help me... but hear in the last month i thought why not swap out for a turbo that will be around the same size as the stock one, but spools faster. (if there's sutch a thing)
Basicaly i was wonding what would be a better route, buying bolt ons or just a different turbo?
also, go light on the acronyms.
Thanks.
I was thining about buying all these bolt ons to hopefully help me... but hear in the last month i thought why not swap out for a turbo that will be around the same size as the stock one, but spools faster. (if there's sutch a thing)
Basicaly i was wonding what would be a better route, buying bolt ons or just a different turbo?
also, go light on the acronyms.
Thanks.
Still a Powerfull Evo IX Tutbo, and less Lag.
You can sell your Turbo and help pay for this new one.
There is no other choice if you want to keep a Turbo that makes power and spools fast.
Good luck.

More Info!EVO 9 TME Turbo (Mag Comp. Wheel) 10.5 Single Puck
Brand new Mitsubishi stock Evo 9 TME Magnesium Compressor [for fast spool up] wheel Turbocharger with 10.5 Large Single Puck Turbine Housing.
Fits: Mitsubishi Lancer Evolution 9. (Evolution 8 cars will require Our price: $1,849.95
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Last edited by 04AWDTURBOEVO; Jan 3, 2008 at 10:14 AM.
to be honest, if you want to increase spool i would leave the turbo alone. I think you will end up spending a lot of money on something that will either worsen the lag (any larger turbo basically) or will cut down on your hp numbers. Follow the tips that others gave you, free flowing exhaust, ported exhaust manifold, maybe a few other boltons, and also get in contact with a good tuner, tell him your goals, and see what kind of map they can set up for you. A tune is arguably the most important part.
eh, i'm not quite sold on the tme idea yet, seems like a good deal of money for not too much of a gain. Here is a thread with a bit more info on the subject
https://www.evolutionm.net/forums/sh...d.php?t=294608
https://www.evolutionm.net/forums/sh...d.php?t=294608
You should buy a Tommy Makinen Edition turbo with the Magnesium compressor wheel.
There was a car at a local tuning shop with one and it started spooling @ 23 or 2400 I believe. Because it has a lighter wheel there's less rotational mass which ='s a quicker acceleration of the turbine wheel. It also has a titanium shaft I believe.
I would also stay away from any camshaft bigger than 272.
http://www.turbo-kits.com/evo_turbo_kits.html
There was a car at a local tuning shop with one and it started spooling @ 23 or 2400 I believe. Because it has a lighter wheel there's less rotational mass which ='s a quicker acceleration of the turbine wheel. It also has a titanium shaft I believe.
I would also stay away from any camshaft bigger than 272.
http://www.turbo-kits.com/evo_turbo_kits.html
You should buy a Tommy Makinen Edition turbo with the Magnesium compressor wheel.
There was a car at a local tuning shop with one and it started spooling @ 23 or 2400 I believe. Because it has a lighter wheel there's less rotational mass which ='s a quicker acceleration of the turbine wheel. It also has a titanium shaft I believe.
I would also stay away from any camshaft bigger than 272.
http://www.turbo-kits.com/evo_turbo_kits.html
There was a car at a local tuning shop with one and it started spooling @ 23 or 2400 I believe. Because it has a lighter wheel there's less rotational mass which ='s a quicker acceleration of the turbine wheel. It also has a titanium shaft I believe.
I would also stay away from any camshaft bigger than 272.
http://www.turbo-kits.com/evo_turbo_kits.html


