Stock OEM MB Carbon Ceramic Brake Conversion
Speaking of that I got the "E" wheel carrier today and it looks like its going to be a direct replacement as long as the "E" and "C" axles are the same length. If not I may have to change the axles to the "E" which I understand are larger anyway so that would be a nice upgrade for me. I'll keep you updated as we make progress.

I was wondering, is the C63 BS will be easier to retrofit on the rear since it has the E class axle?

Will keep you advised.

Will keep you advised.
Thanks again for writing things up so well!
Received the new wheel carrier and it fits great!! The only difference is the legs are beefier and longer than the stock unit as you can see below. That being said the axle has to be longer so we got the axle. Its an inch or so longer and it fits like a glove also. The only problem now is that all the rear wheels I have don't fit anymore because the axle extends out further so the offsets are wrong. Oh well, time for new wheels in the rear as well, CRAPP!!




Will hopefully have the new backing plates on and everything test fitted Monday. Have a great weekend!
Looks like the rear conversion will be a success eventually. Good news is that you will get the stronger "E"/"C63BS" rear axles along with new wheel carriers and bearings.
The Best of Mercedes & AMG
Depending on the pricing/deals you can cut with your local MB dealer you can do this entire conversion for around $15,000 using all OEM MB parts.
That will include all four CC rotors.
All four new CC Calipers.
Two new rear C63BS axles.
Two new rear wheel carriers.
Two new wheel hubs which give you new rear bearings.
All new pads.
I know its a lot but you are getting great brakes and all MB OEM new parts.




The C63 BS has the same rear fenders and axle that you purchased, as well as the same rear wheels.
So now, shouldn't everything fit properly without the need to use spacers in the rear? Your whole rear end setup now seems to be the same as a BS...
Or am I missing something?
The C63 BS has the same rear fenders and axle that you purchased, as well as the same rear wheels.
So now, shouldn't everything fit properly without the need to use spacers in the rear? Your whole rear end setup now seems to be the same as a BS...
Or am I missing something?





So **if** you left everything OEM, with an OEM rear C63/E rear axle, OEM BS fenders, and OEM BS rear wheels then it would've been fine, right?
Depending on the pricing/deals you can cut with your local MB dealer you can do this entire conversion for around $15,000 using all OEM MB parts.
That will include all four CC rotors.
All four new CC Calipers.
Two new rear C63BS axles.
Two new rear wheel carriers.
Two new wheel hubs which give you new rear bearings.
All new pads.
I know its a lot but you are getting great brakes and all MB OEM new parts.

For the rear you will need:
Left and right calipers, CC rotors, and pads(given
)In addition:
Left and right wheel carriers.
Two rear "E" series axles.
Two rear flanges (part the wheel bolts to)
Rear emergency brake assembly and shoes(both sides are in the package)
The stock wheel carrier unbolts and the new one bolts right back up.
The rear axles actually just pull straight out and back in. Do not have to touch the rear end. Then the new hub bolts to the new axle.
Everything else just bolts up as normal. It all looks beautiful!!






Let me know if you have any questions. The rear is actually easier but requires more parts. The front just needed the spacer. There you have it.

AMG High-Performance Ceramic Composite Braking System
AMG ceramic composite high-performance brakes are available as an option and are instantly recognizable thanks to the "AMG Carbon Ceramic" logo on the brake calipers. Thanks to the special materials and production technology used to manufacture the discs from carbon-fiber-reinforced ceramic in a vacuum at 1700 degrees Celsius, the ceramic discs are much harder. This not only increases the service life many times over compared with a grey cast iron disc, but also their resistance to extreme loads and heat. The result is extremely short stopping distances, an exact pressure point and much higher fade resistance even under extreme operating conditions. The larger ceramic discs – front: 402 x 39 millimeters; rear: 360 x 32 millimeters – also feature a composite design and are connected with a floating radial mount to an aluminum bowl.
Compared with the conventional composite brake discs, the ceramic brake discs are around 40 percent lighter. The further reduction in unsprung masses not only boosts driving dynamics and agility but also improves steering response as well as ride comfort and contact characteristics.







insane! I love it.

