We’re going to take the top-performing trim of all Mercedes-Benz and compare them to each other to see what vehicle the fastest 2020 Mercedes-Benz model is.
Top 0-60 mph acceleration speed in the 2020 Mercedes-Benz lineup
Let’s take a look at the top 0-60 mph acceleration speed in the 2020 Mercedes-Benz lineup. If you have any questions, then please don’t hesitate to contact us! Below is a list of the quickest body styles in the 2020 Mercedes-Benz lineup. If you are looking for more information about the lineup then we encourage you to take a look at the chart below, where we compile more acceleration speeds of the lineup.
Quickest MB models:
- Sedans: E-Class at 3.3 seconds
- Coupes: GT at 3.1 seconds
- Cabriolets: S-Class at 3.4 seconds
- Roadsters: GT at 3.5 seconds
- SUVs: GLC (Coupe) at 3.6 seconds
Acceleration speed for MB Sedans:
- A-Class – 4.6 seconds
- C-Class – 3.8 seconds
- E-Class – 3.3 seconds
- S-Class – 3.5 seconds
0-60 mph for MB Coupes
- C-Class – 3.7
- CLA – 4.6 seconds
- CLS – 4.4 seconds
- E-Class – 4.3 seconds
- S-Class – 3.4 seconds
Cabriolet acceleration speeds:
- C-Class – 3.9
- E-Class – 4.4 seconds
- S-Class – 3.4 seconds
Roadster acceleration time
- SL – 4.3 seconds
- SLC – 4.6 seconds
WAGON
- E-Class Wagon – 3.4 seconds
0-60 mph acceleration time SUVs
- GLA – 7.1 seconds
- GLB – 6.9 seconds
- GLC (SUV)– 3.8 seconds
- GLC (Coupe) – 3.6 seconds
- GLE – 4.9 seconds
- GLS – 5.2 seconds
Read more: What are the 2020 Mercedes-Benz GLC Color Options?
2020 Mercedes-Benz lineup for sale in Scottsdale, AZ
You can find many of the 2020 Mercedes-Benz models right here at your friendly Mercedes-Benz of Scottsdale. We have a variety of new luxury vehicles, but also a wide selection of used cars as well. Check out our Certified Pre-Owned Mercedes-Benz models or take a look at our used cars of other brands like Audi, Jaguar, BMW, Lexus, Mazda, Jeep, Toyota, and GMC.
If you have any more questions, then please don’t hesitate to contact us! You can take your future vehicle for a test drive and see for yourself how fast these models can accelerate.