IC Pump? Does it really make a difference?
I am going to get K2 and would like to know a little more about replacing the IC pump ...
thnx
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It's an awesome mod. for a system that should have been stronger from the factory, but I know of at least one company (and possible a second as well) that are working on even bigger and better setups for less money with more readily available parts. I'm testing a new pump on my car as we speak and a new resevoir is being looked into as well as a degassing tank. The idea is to seperate the IC system completely from ANY engine coolant contact as well as increase the volume of the system. Measurements have been taken for a replacement exchanger that will completely replace the factory unit behind the bumper. Hopefully the new pump will be all that it's supposed to be and we can proceed with the second phase in a couple weeks.
? and the name of the company is?
How long do you think until it is on the market?
How long do you think until it is on the market?

https://mbworld.org/forums/sl55-amg-sl63-amg-sl65-amg-r230/140267-654-hp-902-nm-665-ft-lb.html
If you are going to do pullies I would say you have no choice but to do the pump. Otherwise after 1 full run on the dyno you will heat soak the motor and will see approx 20 - 30hp drop.
If you are going to do pullies I would say you have no choice but to do the pump. Otherwise after 1 full run on the dyno you will heat soak the motor and will see approx 20 - 30hp drop.
If you are going to do pullies I would say you have no choice but to do the pump. Otherwise after 1 full run on the dyno you will heat soak the motor and will see approx 20 - 30hp drop.
Dont forget the cams, they add tremendus power, if choosen right. Stock AMG cams are designed to deliver power in the range of 2800 to 4000 Rpm. When doing 1/4 mile, you need more top end power. Kleemann Cams are designed to give power in the range of 3000 to 5800 Rpm. From experience i can tell, that when they rearly kick in at 4500 Rpm, it is a blast, and they continue to deliver tremendus power until 6300 Rpm.
You have got all the right stuff, just ad the cams and you will love it.
IMHO I don't think it is worthwhile to spend the $4,400 on the cams for the 15 - 20hp they provide. That money is better spent in other areas.. But that's just me.
I was looking into the SLR cams because I could get them at a VERY GOOD price so I was willing to experiment. The only problem was no one was able to guarantee 100% that they would work in the E55 so I didnt purchase them.. That experiment is still on the table but I need to get some more details.
The real power to be unlocked in these motors is to open up the heads and get to more radical cam profiles.
You have got all the right stuff, just ad the cams and you will love it.
Dont forget the cams, they add tremendus power, if choosen right. Stock AMG cams are designed to deliver power in the range of 2800 to 4000 Rpm. When doing 1/4 mile, you need more top end power. Kleemann Cams are designed to give power in the range of 3000 to 5800 Rpm. From experience i can tell, that when they rearly kick in at 4500 Rpm, it is a blast, and they continue to deliver tremendus power until 6300 Rpm.
You have got all the right stuff, just ad the cams and you will love it.
MKB tunes SLR engines to 730HP...So 55K engine does have a potential, but the questions how different are these blocks...
Last edited by E55 RUSS; Apr 19, 2006 at 03:22 AM.
My SL is one of the early models, and the early models had more power, stock, from AMG. The power was taken back to 476Hp, when the SL600 was launched. I think, because MB didnt want to have equal numbers, the V12 had to be more powerfull than the V8.

I've been trying to buy a set of head castings.. I called up my parts guy and inquired about a set of stock AMG head castings for the W211... The quote... $4,100 PER SIDE!! Now keep in mind these are BARE heads. I don't feel too enthusiastic about plopping down $8,200 for a set of heads to experiment with so now I am looking for a used set. Know anyone that can locate a set for me?
I've got a guy locally here that builds race motors that will create a CNC program to port the heads. The first experiment is to open up the exhaust ports, enlarge the header openings and see what she does on the dyno.


