Brabus 63 AMG Twin-Turbo

http://www.tuningnews.net/article/09...ml-63-biturbo/
Read the article. This engineering seems to be a jewel of engineering, Overpriced as usual with Brabus.
I could'nt stop staring at the engine Pic, I dreamed for so long of a Twin Turbo 6.2 AMG V8.
Brabus presents this engine on a ML. but maybe on other cars in the future.
Enjoy
"Forged BRABUS pistons provide a charger-friendly compression ratio of 9.0:1."
Guess someone figured the stock 11:3.1 was too high - LOL
Last edited by LZH; Mar 5, 2009 at 03:42 PM.
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"To avoid negative effects on the system from excessive exhaust-gas pressures the manifolds are designed to utilize the exhaust from only three of the four cylinders on each side of the engine V for driving the turbochargers."
To avoid negative effects on the system from excessive exhaust-gas pressures the manifolds are designed to utilize the exhaust from only three of the four cylinders on each side of the engine V for driving the turbochargers.

"To avoid negative effects on the system from excessive exhaust-gas pressures the manifolds are designed to utilize the exhaust from only three of the four cylinders on each side of the engine V for driving the turbochargers."

To avoid negative effects on the system from excessive exhaust-gas pressures the manifolds are designed to utilize the exhaust from only three of the four cylinders on each side of the engine V for driving the turbochargers.
To avoid negative effects on the system from excessive exhaust-gas pressures the manifolds are designed to utilize the exhaust from only three of the four cylinders on each side of the engine V for driving the turbochargers.
I'm pretty sure we will have larger numbers if brabus put this engine in rear wheel drive coupe & sedans .
You have a point....sure they could have gotten 800+hp, but the reliability would have gone down and the transmission would be destroyed. Although, they did say in the article that the transmission had been upgraded. Also, I think running the power through all 4 wheels is easier on the drive train than just turning the rear wheels.
As far as only 3 cylinders per side spinning the turbos....you can clearly see in the pic how the last exhaust port has it's own dedicated manifold that is only connected to the others BEHIND the turbo. It's a strange setup...very trick but odd. I would think the difference in backpressure would be a problem, but apparently they've figured out how to get around that. I'm not sure I've ever seen this type of setup before for a turbo...
I agree that 150hp is a bit minimal, but that may simply be for the turbo. Does anyone know if they have done other things like swapping out pulleys, etc?
Also, would they have not turned the turbos to full on boost? Maybe a tune could add lots more without too much drop in reliability. My concern would be the drivetrain, since the motor was built.








