lowering Airmatic suspension
The Rears come with and adjustable link from the factory. where the risk?
Lowering is lowering.. it just depends if you care to spend less than 200 or much more than 500. I can assure you that to the ECM, it all looks the same.
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Here: https://mbworld.org/forums/w211-amg/250644-airmatic-failure-again.html
Look at what I argued in post #34, exactly what you guys are arguing.
Here: https://mbworld.org/forums/showthread.php?t=250644
Look at what I argued in post #34, exactly what you guys are arguing.
" HAHA!! If only we had some shocks to get....
I've used all the methods. In fact, i still have my set of front links that were modified from way before aftermarket ones were available. BUT, the ELM and STAR lowerings are different in how the car responds to the lower. The washers simply fool the computer, whereas the ELM (RT's) and STAR do not. They both change the target that the computer is looking for. In the end, yes they both lower. But, the ride is a big difference. "
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Weather you use links to "trick" the computer or change the values, you end up at the same place.
I think some of this agument can be attributed to owners talking about slamming their cars instead of just lowering them a bit.
THere is a HUGE difference when you cross the threshold by slamming your car. To that point I can see where electroniclly managing the heigh may have a better end result but the point is, if you car is slammed it doesn;t matter.. you're waaay more likely to pop a strut anyway because of the support lost.
So, for my example, and these aren;t actual values but,, if for example your car is programmed from the factory to be at 48.5" all around with a value of .250 mv being sent from all three transducers right?. Okay so you want a height of 47.5 so you start twisting your links till you get the desired height.
In order to get the value back to .250mv you offset the length of the link which changes the physical height of the car. You still have .250mv at the transducers..
The drop on these cars is less than 1 inch and thats after +80 mph for a specified time. So, even if you are pretty low, you will only get another .75 or so drop as you;re speeding along the tollway.
Point is, if you do this sing the star.. Whereas the factory value may have been ,250mv it was looking for, you have the luxury of changing that value to .300, .350, ,225, or whatever you want.
The physical position of a device always corresponds to a pre programmed logical input unless one or the other is modified.
Links modify the physical, star or modules modify the logic. Nothing will ever go out of whack unless the physical input is lost completely.
Again none of this matters when a car is slammed.
I wouldn't waste my money on a module for any car. especially a pre 2003 when they are prone to airmatic issues in the first place.
But then again, I am fully prepared to replace my struts myself whenever the time comes..
My big whoah is having to shell out the 1200 each for he new one's.

I didn't know you did yours DIY?
I know I said it before, but those wheels look GREAT on that car...
My big whoah is having to shell out the 1200 each for he new one's.

I didn't know you did yours DIY?
I know I said it before, but those wheels look GREAT on that car...
Mercedes (and other 'performance vehicle' makers' spend a LOT of time and Money selecting the Overall Best suspension system design and components.
When an Owner decides to alter things to achieve what they consider 'better' performance' in a particular driving condition, often they are fully aware of the collateral changes they are making. Stresses on flexible rubber bushings, ball joints, wheel bearings, wheels, tires, steering components, drive-line joints and supports CHANGE. SOME of those changes are detrimental to component life or 'performance' in other driving environments. SOME changes can lead to catastrophic failures, even death.
OEM's select what they believe is "The Best Compromise" for the vehicle in its expected driving environment and with 'normal' Owner expectations.










