engine reliability??
But still 26 psi on a turbo for a road car is something that makes us think. Obviously we have to take certain precautions, but what reliably can we expect from this engine?
But still 26 psi on a turbo for a road car is something that makes us think. Obviously we have to take certain precautions, but what reliably can we expect from this engine?
The motor is not what I would be worried about, it's the transmission and the PTU power splitter. They are not designed to take stupid power. I bet 450-460 is all they can take before you start running into issues
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as far as the motor, everything i've read leads to it being very stout and handling even more power than it already has. I'll definitely be doing a tune to up the power once they've been around and everyone else comes away with no problems lol.
I have been driving my Evo every day for 4 years @ 28 PSI, I think Mercedes has this handled as long as the keep the car stock. Reliability once you start modifying it is anyone's guess but typically if you start with a solid vehicle and mod it correctly things are okay
For example, you can run 26 LBS of boost on a stock turbo ALL DAY as that is what Mercedes built the car for
but say you strap something like a Garret GT40 on the car, 26 PSI could be too much for it to handle
Last edited by VividRacing; Feb 6, 2014 at 03:02 PM.


For example, you can run 26 LBS of boost on a stock turbo ALL DAY as that is what Mercedes built the car for
but say you strap something like a Garret GT40 on the car, 26 PSI could be too much for it to handle
For example, you can run 26 LBS of boost on a stock turbo ALL DAY as that is what Mercedes built the car for
but say you strap something like a Garret GT40 on the car, 26 PSI could be too much for it to handle
Furthermore, while the boost will be the same, the larger compressor will likely be more efficient, so you end up with a cooler intake charge, thereby you should make more power. Obviously you'd need more fueling for that, but thats a given.
Furthermore, while the boost will be the same, the larger compressor will likely be more efficient, so you end up with a cooler intake charge, thereby you should make more power. Obviously you'd need more fueling for that, but thats a given.
What you are saying is that if you enlarged the intake track, intake manifold, intake ports, etcs, (i.e. made the hose bigger) you would flow more air, and I don't disagree.
My point would be that if you put a bigger water pump on the garden hose, you end up with a higher psi because the restriction source has remained the same.
What you are saying is that if you enlarged the intake track, intake manifold, intake ports, etcs, (i.e. made the hose bigger) you would flow more air, and I don't disagree.
My point would be that if you put a bigger water pump on the garden hose, you end up with a higher psi because the restriction source has remained the same.



