no such thing as an slk 55 black series. there is an amg slk 55 for the 171 body series. not sure how many were made but they are not all that rare
It is limited by Mercedes to 155 mph.
On my amg slk32 the name of the engine builder is right on top the motor in plain sight.
Well the SLK 32AMG is quite fast for the older body style. and the new SLK 55 AMG is INCREDIBLY fast!!! No joke! They stuffed a V-8 in that little car.
I have a 2003 MB S430 and its $10,000......
7,000,000,000 or one for every person on the world or "enough to party" (Mclovin)
Production numbers from www.topgearage.com(US Market)SLK 32 AMG2002 11822003 5622004 312SLK 55 AMG2005 8322006 12972007 5492008 403
Production numbers from www.topgearage.com(US Market)SLK 32 AMG2002 11822003 5622004 312SLK 55 AMG2005 8322006 12972007 5492008 403
There were five different R170 Mercedes SLK models:SLK200 (1996-2000)SLK200 Kompressor (1996-2004)SLK230 Kompressor (1996-2004)SLK320 (2000-2004)SLK32 AMG (2001-2004)The SLK was built in Bremen, Germany, however SLK320 models were built in East London, South Africa. Total number of SLK 320 models are 4,562.
Top speed for most cars is limited at 155 mph. Depending on options, market, and year, the car can come de-limited from the factory. 175 mph is possible on the road. Gearing for the SLK 55 allows up to 198 MPH.
The Mercedes SL is a 'full' size roadster and the SLK is a 'compact' roadster. The 'K' in SLK stands for 'Kompact' in German. The 'SL' in both stands for 'sport' and 'light'. The SLK will have a smaller 4 or 6 cylinder engine (except for some high performance AMG and Brabus models) while the SL is always a V8 or V12 engine. The cost for the high end SL models can often be twice that of an SLK. Both are two seaters and both have retractable hard tops that fold into the trunk at the touch of a switch in the cockpit.
There are many different types of models used in various fields, such as statistical models for data analysis, mathematical models for scientific research, economic models for forecasting, and computer models for simulations. Each model is designed to represent a different aspect of reality and can range from simple to complex depending on the problem being addressed.