M272 Turbo is going to go down
You're friggin nuts! lol. All kidding aside, let me know if I can help in any way. In my many years of building, creating, and marketing, I've made good connections with people who tune and can help you out if need be. One thing I've learned from being in this buisness is that with the right money, anything can be done.

Oh and to make a note on that 2jz swap mention...
It's actually becoming a trend on the East. Lotta BMW guys are going that way too. Here's an example from my friend's site.
http://fatlace.com/stayfresh/ernie/2...toyota-hearts/
If all else fails, you can always do this...
http://www.youtube.com/watch?v=O0VYH...layer_embedded
I would email greg@eurocharged.com not sure what e-mail you had used for LET, but LET is now completely Eurocharged. Eurocharged has already done full ECU tuning for a turbo setup on a M112K engine, well they did the whole turbo mount as well. I'm sure they could handle your tuning for your setup if you don't mind the long hours needed to do the tuning.
I would email greg@eurocharged.com not sure what e-mail you had used for LET, but LET is now completely Eurocharged. Eurocharged has already done full ECU tuning for a turbo setup on a M112K engine, well they did the whole turbo mount as well. I'm sure they could handle your tuning for your setup if you don't mind the long hours needed to do the tuning.
OOOOOoooooo!!!!! they make it look so cheap and easy to do!!!!! hmmmmmm.......
i have to bookmark that link..
The Best of Mercedes & AMG
Karo, this project will not be as simple as you think. No, you shouldn't be scared to turbo a car, but you should also do your homework. It sounds like you're talking to some people that know turbo's but that isn't going to mean a whole lot if they don't know Benz engines. What you are attempting to do is going to be a complete custom turbo build. The thicker headgasket that you're talking about, dosen't exist for your car. It will have to be custom made for your car. Not only that, but all the tubing, piping, everything will be custom. You're asking about the intercooler - noone knows because noone has done it. Boost? Who knows it might blow at 6psi, it might blow at 8psi. Noone here will be able to tell you until it's been tried. I respect others that have turbo'd a Mercedes, but respectfully, it's not a M272. The newer V6 and V8 are much higher specific output engines and may (or may not) be sensitive to boost. The piggyback ECU, that dosen't exist either. As far as I know, NOONE makes a piggyback for any late model mercedes, especially the new M272/M273. Also, when people say you're going to need to tune the ECU after you do this, they're not talking about a mail-in tune for $500. This will take a custom tune and hours, if not days of dyno testing, all done by someone who knows the Mercedes ECU in and out.
All I am saying is, you've got to ask yourself a couple of questions. What is your intended goal? Is there a better way to reach this goal? What's your budget? What is your plan if someone tears your engine apart and then decides the project is dead?
Keep in mind Karo, that multiple people with lots of time and money have failed at a project just like this.
With that said, I'll track your progress and hope the best.
That eBay vendor has thrown in questionable hoses, tubing, HE, a fan, and some fittings to make it seem a good deal. Don’t be misled.
Trust you’ve read the fine print:
A mildly tweaked AMG will still show it the quick way around.
I got a GT35 but I might return it. I don't think I will ever boost the car that high but i'm not sure about that. I heard for longetivity bigger turbo is good because your car while cruising isn't on constant boost. We'll see what happens. 7psi is what I am aiming but I think I will be shy of the 400whp mark.

http://cgi.ebay.com/ebaymotors/TIAL-...Q5fAccessories
Next is the intercooler (Garrett)
Then the plumbing (got a buddy own exhaust shop)
Then decide get the ecu tuned or go with a piggyback
Last edited by W203E35; Apr 30, 2010 at 09:57 AM.
Bad news is custom manifold is going to cost 3-4k.
I can't flip the originals because they are very huge. I don't know if I want to ruin a set of kleeman headers.
Pros of rear mount are it's cheap to do. I don't need manifold. The cons are that it might suck water, can't do twin, extra pipe under car, looks whack.
The only Cons of front mount is room and headers/downpipe and maybe hear issue and price.
Which again people saying trade car get different car makes sense but I still dont know lol
Bad news is custom manifold is going to cost 3-4k.
I can't flip the originals because they are very huge. I don't know if I want to ruin a set of kleeman headers.
Pros of rear mount are it's cheap to do. I don't need manifold. The cons are that it might suck water, can't do twin, extra pipe under car, looks whack.
The only Cons of front mount is room and headers/downpipe and maybe hear issue and price.
Which again people saying trade car get different car makes sense but I still dont know lol
But yeah, you can just buy a used evo 8 for 15k and drop 2k in mods and have your 400whp very easily.
Since you wanna be a pioneer, you need to find your tuner. The car will run super lean while in boost.
I got a GT35 but I might return it. I don't think I will ever boost the car that high but i'm not sure about that. I heard for longetivity bigger turbo is good because your car while cruising isn't on constant boost. We'll see what happens. 7psi is what I am aiming but I think I will be shy of the 400whp mark.
GT35r will blow your engine up, you'll have to have a open wastegate at all times. 35r spools around 4grand and where does the c230 redline at? Don't forget a turbo timer.
But yeah, you can just buy a used evo 8 for 15k and drop 2k in mods and have your 400whp very easily.
Since you wanna be a pioneer, you need to find your tuner. The car will run super lean while in boost.
High compression pistons are BAAAAD when combined with a turbo. You have it twisted around you need lower compression pistons for boost.
And if you need a EVO hola at me, Karo you know about me and EVO's. A 2004 EVO 8 or 2005 8 with the ACD t/c you can but a Turbo back exhaust(tbe), a walboro 255, more aggresive cams like 264 or 272 or 280, and then a lower and upper intercooler pipes and a EVO 9 bov and then a tune you can see like 380WHP. I'd know
And if you need a EVO hola at me, Karo you know about me and EVO's. A 2004 EVO 8 or 2005 8 with the ACD t/c you can but a Turbo back exhaust(tbe), a walboro 255, more aggresive cams like 264 or 272 or 280, and then a lower and upper intercooler pipes and a EVO 9 bov and then a tune you can see like 380WHP. I'd know
Yes its easier to have lower compression and higher boost vs high compression and less boost, but then he would need to speed probably another 5k on custom pistons, rods..etc.
We're trying to do this on a budget or it would be cheaper for him just to get a c55 or even a e55 now.
Yes its easier to have lower compression and higher boost vs high compression and less boost, but then he would need to speed probably another 5k on custom pistons, rods..etc.
We're trying to do this on a budget or it would be cheaper for him just to get a c55 or even a e55 now.
Yeah turboing out a w203 you'd be in atleast 5grand in parts plus the cost of installing and having it tuned. That's if the stock ecu can handle that. Yeah those honda motors are much higher compression because they really do rev to the sky.
Certainly you understand the physics and thermodynamics involved with energizing a turbocharger’s turbine, yes?
From Squires Turbo Systems FAQ, a preeminent manufacturer serving the remotely-mounted turbocharger market:
The turbine housing is what creates the velocity. The scrolling design that reduces the volume of the exhaust chamber as it scrolls around causes the gasses to have to increase in velocity and pressure to maintain the same flow rate.
Hotter gasses have more volume, thus requiring a higher A/R which in effect means that it starts at say 3" and scrolls down to approximately 1". Lower temperature gasses are denser and have less volume, so they require a lower A/R housing which would start at the same 3" volume, as the turbine housings use standard flanges, and scroll down to say 3/4".




