Best Acceleration Best Acceleration

Model 0-100 acceleration
Mercedes-Benz S-class Long AMG S 65 (612 Hp)
Mercedes-Benz S-class Long AMG S 65 (612 Hp)
2006-2009 Petrol (Gasoline) Automatical 4,40 sec
 Emissions
4,40 sec
Mercedes-Benz S-class Long AMG S 65 V12 (612 Hp)
Mercedes-Benz S-class Long AMG S 65 V12 (612 Hp)
2003-2005 Petrol (Gasoline) Automatical 4,40 sec
 Emissions
4,40 sec
Chevrolet Corvette Coupe 6.2i V8 32V (437 Hp)
Chevrolet Corvette Coupe 6.2i V8 32V (437 Hp)
2008-2013 Petrol (Gasoline) Manual 4,40 sec
 Emissions
4,40 sec
BMW 6 Series Gran Coupe 650i (450 Hp)
BMW 6 Series Gran Coupe 650i (450 Hp)
2012-2015 Petrol (Gasoline) Automatical 4,40 sec
 Emissions
4,40 sec
Mercedes-Benz C-class Coupe AMG C 63 V8 (457 Hp)
Mercedes-Benz C-class Coupe AMG C 63 V8 (457 Hp)
2011-2015 Petrol (Gasoline) Automatical 4,40 sec
 Emissions
4,40 sec
Tesla Model S P85 85 kWh (416 Hp)
Tesla Model S P85 85 kWh (416 Hp)
2012-2014 Electricity Automatical 4,40 sec
 Emissions
4,40 sec
BMW 6 Series Coupe 650i (450 Hp)
BMW 6 Series Coupe 650i (450 Hp)
2012-2015 Petrol (Gasoline) Automatical 4,40 sec
 Emissions
4,40 sec
Mercedes-Benz CL AMG CL 65 V12 (630 Hp)
Mercedes-Benz CL AMG CL 65 V12 (630 Hp)
2010-2013 Petrol (Gasoline) Automatical 4,40 sec
 Emissions
4,40 sec
BMW i8 Coupe 1.5/7.1 kWh (362 Hp)
BMW i8 Coupe 1.5/7.1 kWh (362 Hp)
2013-2017 Petrol / Electricity Automatical 4,40 sec
 Emissions
4,40 sec
BMW 5 Series Sedan 550i (450 Hp)
BMW 5 Series Sedan 550i (450 Hp)
2013-2016 Petrol (Gasoline) Automatical 4,40 sec
 Emissions
4,40 sec
BMW M4 Convertible 3.0 (431 Hp)
BMW M4 Convertible 3.0 (431 Hp)
2014-2020 Petrol (Gasoline) Automatical 4,40 sec
 Emissions
4,40 sec
Bentley Continental GT II convertible Speed 6.0 W12 (616 Hp)
Bentley Continental GT II convertible Speed 6.0 W12 (616 Hp)
2012-2015 Petrol (Gasoline) Automatical 4,40 sec
 Emissions
4,40 sec
Tesla Model S 85D 85 kWh (417 Hp)
Tesla Model S 85D 85 kWh (417 Hp)
2014-2016 Electricity Automatical 4,40 sec
 Emissions
4,40 sec
Audi S6 4.0 TFSI V8 (450 Hp)
Audi S6 4.0 TFSI V8 (450 Hp)
2014-2018 Petrol (Gasoline) Automatical 4,40 sec
 Emissions
4,40 sec
Porsche Cayman GT4 3.8 (385 Hp)
Porsche Cayman GT4 3.8 (385 Hp)
2015-2016 Petrol (Gasoline) Manual 4,40 sec
 Emissions
4,40 sec
Porsche 911 Carrera 3.4 (350 Hp)
Porsche 911 Carrera 3.4 (350 Hp)
2011-2015 Petrol (Gasoline) Automatical 4,40 sec
 Emissions
4,40 sec
Porsche 911 Carrera GTS 3.8 (430 Hp)
Porsche 911 Carrera GTS 3.8 (430 Hp)
2014-2015 Petrol (Gasoline) Manual 4,40 sec
 Emissions
4,40 sec
Porsche 911 Carrera 4 GTS 3.8 (430 Hp)
Porsche 911 Carrera 4 GTS 3.8 (430 Hp)
2014-2015 Petrol (Gasoline) Manual 4,40 sec
 Emissions
4,40 sec
Porsche 911 Targa 4S 3.8 (400 Hp)
Porsche 911 Targa 4S 3.8 (400 Hp)
2014-2015 Petrol (Gasoline) Automatical 4,40 sec
 Emissions
4,40 sec
Porsche Panamera GTS 4.8 V8 (440 Hp)
Porsche Panamera GTS 4.8 V8 (440 Hp)
2013-2016 Petrol (Gasoline) Automatical 4,40 sec
 Emissions
4,40 sec
BMW 7 Series 750i (450 Hp)
BMW 7 Series 750i (450 Hp)
2015-2019 Petrol (Gasoline) Automatical 4,40 sec
 Emissions
4,40 sec
Porsche 911 Carrera 3.0 (370 Hp)
Porsche 911 Carrera 3.0 (370 Hp)
2015-2018 Petrol (Gasoline) Automatical 4,40 sec
 Emissions
4,40 sec
Porsche 911 Targa 4S 3.0 (420 Hp)
Porsche 911 Targa 4S 3.0 (420 Hp)
2015-2018 Petrol (Gasoline) Manual 4,40 sec
 Emissions
4,40 sec
Porsche 718 Boxster S 2.5 (350 Hp)
Porsche 718 Boxster S 2.5 (350 Hp)
2016-2018 Petrol (Gasoline) Automatical 4,40 sec
 Emissions
4,40 sec

Cars with the best acceleration or in other words “the fastest accelerating cars” are listed above. List is sorted by the time which sports car can make from 0 – 60 miles or 0 – 100 km in seconds. Do not forget, these cars are production cars, they are all stock and not modified street legal cars. In the list you can find 0-60 times of all cars. According to our list, the fastest accelerating car in the world record is held by Bugatti Chiron. It is followed by Porsche 918 Spyder, Nissan GT-R and Tesla Model S. Accelerating times are quite close even there are different technologies such as internal combustion engines, hybrid technologies and electric motors.

Acceleration of a car is directly related to aerodynamics of the vehicle. Engine power and the weight of the vehicle are other parameters that really matter. It is another topic to think about why electric cars have a better acceleration than normal cars. It is simply because of electric motor technology, since there is no transmitted power from gearbox the acceleration is non-stop. Thus, they can easily compete with powerful petrol engines with best acceleration time

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