2.4 Turbo Selection

[v8klla]

I know this thread was done before, but no serious answers were found in that thread!

I was thinking something along the lines of Jet's turbo, PTE SCM61 with a T04S housing. After talking to Kevin at AGP he suggested I should go full garret.

Anyone have an opinion on this? I know AGP's RS65 flows 65 lbs/min and is very similar to the PTE SCM61. I thought that would be a pretty decent turbo for the 2.4 and as spool isn't much of a factor.

I know Marco is running a GT35R now, any opinions on this turbo?

Maybe another T3/T4 combo, or even full T4?

I have no idea...Damn this is complicated!

Chris

PS - My goals, for anyone interested, are 10's...At least once before everything breaks ;)

[AJ]

You want 10s? Nash did 11.2 on the 20G. I have to say the PTEs are very nice and are getting more and more common, but your missing some pretty bad ass turbos on your list, that are made by Forced Performace. The 3065 would e a nice addition to your setup. :-)

[JET]

PTE 50 trims will do 10's, so the SCM61 (RS65 is identical) will easily do it. This should be a perfect turbo for a normal 2.4l. Full spool in the low to mid 3k's and capable of over 600 hp (if the exhaust side will flow that much?)

[Shane@DBPerformance]

SC61/SCM61, FP3065/3565, RS65, GT35R, SBR-GT14, BR580, VPE GT3040, VPEM61, GTM61, etc. These are all essentially very similar turbos sporting the same GT40 compressor wheel. Some of them are the exact same PTE turbos under different names. The compressor wheel is rated at 60-65lb/min depending on which web page you believe. So it flows a lot of air and it is also very efficient everywhere from 10-30+psi. The main differences are do you want dual ballbearing and what do you want the exhaust side to be like. On a 2.4l you could get one to spool before 4000RPMs with the decent sized exhaust side.

You could run 10s on a 20G or 50-trim with a 2.4l if you wanted. It would like how people run mid 11s on 16Gs, it woudl respool those turbos extremely fast between shifts and you wouldn't be wasting any time going down the track. If you just want to make stupid amounts of power then look into a T3/T4 SC61 like Ben suggested or an FP3065.

[Sleep-ez]

i have a T04E that i have been trying to get rid of. in perfect shape, i never hd the chance of using it. if you wanted just let me know. i can have pics of it when i get back to the U.S.

[v8klla]

Alrighty, just talked to Kevin at AGP. Man does that guy know his shit!

Basically he suggested that on a 2.4 the exhaust housing in a hybrid such as the RS65 may be a little small. He suggested a full garrett kit with a larger .83 AR housing, such as the GT35R. He said that the GT35R runs the same ultra efficient 56 trim GT40 wheel with a larger exhaust side, which would provide more for the 2.4

I wasn't very interested in getting a manifold and the whole kit, but he does make a good point. Do you guys have any input or opinions on the exhaust side of a mitsu/garrett hybrid on a 2.4 litre? Also any other advantages/disadvantages to going full garrett? He said $1650 for the whole kit.

Thanks!

Chris

[AJ]

Garrett GT60 :bounce: :3gears:

[Shane@DBPerformance]

Does the $1650 include a ball-bearing GT35R or a normal bushing version of that turbo?

The only disadvantage to a full Garrett setup vs a bolt-on is price. You need a different exhaust manifold and O2 housing. So it costs a lot more.

[1ViciousGSX]

Originally posted by v8klla@Feb 13 2004, 06:30 PM
Also any other advantages/disadvantages to going full garrett? He said $1650 for the whole kit.

Thanks!

Chris
Going full Garrett is better because you get their exhaust housing that matches their exhaust wheels with a bigger a/r selection, instead of using a hybrid with the Mitsu housing or somebody elses idea of what the exhaust housing should be like. But the conversion does cost a little more as you've found out.

[v8klla]

Kevin told me that he could do standard bushing of any ball bearing turbo. I am not sure as to what the price he quoted me was for, but he said $1650 for the whole kit, including manifold and o2 housing I believe.

Chris