W202 upgrade 190E 16v Sportline front lower CA bushings
I heard that they are solid not hollow bushings that will fit our W202's and are a complete lower front control arm bushing upgrade. part# 201-330-01-75 W201 part#
Anyone familiar?
Last edited by ProjectC55; Dec 8, 2007 at 02:02 PM.
I heard that they are solid not hollow bushings that will fit our W202's and are a complete lower front control arm bushing upgrade. part# 201-330-01-75 W201 part#
Anyone familiar?
I had explored a few possibilities for replacements before the poly ones came about. I wouldn't think they are the right size. I had measured several different Benz's for donors, but not the w201.
Goto post # 10:
https://mbworld.org/forums/showthrea...ight=sportline
Last edited by ProjectC55; Dec 9, 2007 at 02:00 AM.
Goto post # 10:
https://mbworld.org/forums/showthrea...ight=sportline
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PS I'm building a Ram air system for the CLK air box because I think that in addition to the cooling improvement ,ram air will help it tons(positive pressure). The stck box I think only benefitted from the car moving. Good idea but stupid placement.
The Best of Mercedes & AMG

Got more info?
Thanks for proving it to everyone!!
*You also have done some amazing mods with the manifold... how much did it all cost? Please shoot me a pm if you don't want to say here
I am the King of Speed.
http://www.wulfgaertner.com/html/upl...B_08.03_EN.pdf
This may help too. http://www.wulfgaertner.com/Home/reference.asp?lan=en
Meyle Part No. 014 033 0053/HD
Jeff
Last edited by speedybenz; Dec 18, 2007 at 04:33 PM.
I am the King of Speed.
http://www.wulfgaertner.com/html/upl...B_08.03_EN.pdf
This may help too. http://www.wulfgaertner.com/Home/reference.asp?lan=en
Meyle Part No. 014 033 0053/HD
Jeff

I believe Rich(Mbenzman) gave us the hook up for the rear bushing on the control arm.
.I would question that website for suggesting the part number reference for W202/208 is a 210 330 01 75. The exact #'s are 208 330 01 75 for the CLK55, 208 330 00 75 for the non AMG CLK's, 170 330 00 75 for all the w202's and R170's. The funny part is even with different numbers, I can tell no physical difference between the bushings.
If you get replacement control arms, they are the same part numbers for all the W202/208/170 and have the bushings preinstalled. So is there a difference between the bushings?
But they aren't w210 bushings.
Feel free to contact them and have them clarify this issue.
I guess I am now "The King of Mud" easy come, easy go.
I did make the rear bushing for my car that are killer and may never never need replacing.
Jeff
You posted some good stuff and right on target.
Reread my post, the bushing in the rear position of the front lower control on your car, all 202, 208 and 170 chassis, is the thrust bushing, which is the one we are trying to improve upon.
On a 210 chassis the front lower control arm is reversed. The "thrust bushing is in the front position in these cars and also the one the is crap as well. Mehle's website touched the point but the one part cures all needs clarification. I would expect at least two different part #'s to solve the cars problems listed.
Post up some pics of your solution. I have thought of pressing in sleeves to adapt a rubber bushing in like the ones from the 124's that we never have a problem with. I believe this idea would be stiffer than the poly bushings from lpd due to fact they are not solid rubber, but layers of sheet steel and rubber, just like the front bushing of our front lower control arm.
I will try to get some photos of the rear bushing I made. It may not show up well as its on the car. But the car is on jack stands awaiting motor mounts, and stuff. I tore the left mount in half, which then caused the right mount to work to hard which resulted in the alum. wing that bolts to the block getting broken.
Anyhow, my lower rear bushing starts with the stock LPD piece and then I put it on my lathe and bored a 1.5" hole through the center. Then I took a piece of DOM 1.5"O.D. tubing I have and put it into the lathe and bored the I.D. to 1.313"(?) to fit the outside diameter O.D. of the spherical bearing with a 3/4" inner diameter (I.D.). The spherical bearing was then pushed into the DOM steel tube (slight interfernce fit) and then custom SS steel inserts were made to restore the length dimension of the new bushing to the stock bushing length.
With the spherical bearing in the DOM steel tube, I then applied a good polyurathane sealant to the LPD bushing and slid the DOM tube into place.
So now there is only 2.4" LPD bushing with a 1.5" steel tube fitted inside. That leaves only about 0.5" of the LPD Bushing to act as a dampener to road noise and as a big benefit there is no more twisting force being appiled to the LPD bushing as the spherical bearing inside the the steel tube takes the load and distributes the load out to the lower control arm.
It really tightens up the front steering and results in only a slight increase in road noise. My wife did not even notice and it is her car.
I will try to get a good pic.
Jeff
Last edited by speedybenz; Dec 24, 2007 at 12:55 PM.




