Before we start, this being a Mercedes you will need a few special tools on top of your regular toolset. In order to complete this installation, you will need a set of E-Torx (external Torx) and regular Torx sockets. Also, while you don’t need it for this guide, if you plan on regularly working on Mercedes cars like this you should get a full set of triple-square sockets.
We will also include all of the torque specs required for this installation at the end of the article.
I also have a 2012 C 63 bought it as a fun daily to take it to the track here and there when my 240 track car is down. I took the Merc to the track then 1 lap in it goes into limp mode. How are you guys drifting the heck out of the car and it’s not going to limp mode. I feel like that’s more abuse than a regular track day?! Definitely lmk. I’m stumped Because I love the car but I hate that I can’t drive it hard
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Mercs make for a great drifting car base, they normally have huge caster from the factory, Merc is all about that highway stability.
But welding the diff on moms car… ouf.
Someone is getting grounded.
Wow that is more complex and more difficult compared to an E92 M3
I like the hammer trick!
I truly love the idea of an automatic car with a welded diff.
Even moreso a 204 Mercedes, those are among the last quality cars they made.
I also have a 2012 C 63 bought it as a fun daily to take it to the track here and there when my 240 track car is down. I took the Merc to the track then 1 lap in it goes into limp mode. How are you guys drifting the heck out of the car and it’s not going to limp mode. I feel like that’s more abuse than a regular track day?! Definitely lmk. I’m stumped Because I love the car but I hate that I can’t drive it hard