Mercedes Benz E 350 e
Model Year 2016 (Mercedes Benz W 213), E - Segment (Luxury car)

drivers'

3.0

rating

sedan
sedan
x 4
x 4
Rear
Rear
2.0 L4 16v
Turbo
Turbo
Hybrid
Hybrid

Basic info on Mercedes Benz E 350 e

The German car was first shown in year 2016 and powered by a 4 - cylinder turbo hybrid unit, produced by Mercedes Benz. The engine offers a displacement of 2.0 litre matched to a rear wheel drive system and a automatic gearbox with 9 gears. Vehicle in question is a luxury car with the top speed of 250km/h, reaching the 100km/h (62mph) mark in 6.2s and consuming around 2.5 liters of fuel every 100 kilometers.

Data

Engine info ( issues & breakdowns )
Mercedes Benz

2.0 M274 DE20 AL Hybrid

displacement:
1991
cc
configuration:
4 - Inline
 
valves:
16, 4 p/ cylinder
 
aspiration:
Turbo
 
fuel type:
Hybrid
 
power:
279
hp
torque:
600
Nm
Vehicle information - Mercedes Benz E
95% score
produced:
2016. - 2020.
 
body style:
sedan
4 door
length:
4923
mm
width:
1852
mm
height:
1468
mm
boot:
540
l
fuel tank:
50
l

Marketing

Performance

Automatic gearbox performance

emission

A

category

automatic

9 gears

average

2.5

l/100km

weight:
1850
kg
acc. 0-100 km/h:
6.2
s
top speed:
250
km/h
cons. (urban):
-
l/100km
cons. (highway):
-
l/100km
cons. (average):
2.5
l/100km
CO2 emissions:
57
g/km

Pros & Cons compared to direct rivals

safety
comfort
practicality
performance
economy
boot space

Safety results for Mercedes Benz E

EuroNCAP: 95% occupant safety

Other cars that might interest you...

produced from 2016. to -
EuroNCAP: not tested

acceleration

31%

slower

consumption

43%

higher

power

25%

lower

length

1%

shorter

weight

5%

lower

fuel tank

24%

larger

boot

33%

smaller

boot ext.

33%

smaller

price

2%

lower

produced from 2017. to -
EuroNCAP: 91% score

acceleration

=

equal

consumption

32%

lower

power

11%

lower

length

=

equal

weight

5%

lower

fuel tank

24%

larger

boot

2%

smaller

boot ext.

2%

smaller

price

24%

higher

produced from 2018. to -
EuroNCAP: 93% score

acceleration

=

equal

consumption

47%

lower

power

7%

higher

length

=

equal

weight

8%

higher

fuel tank

21%

larger

boot

2%

smaller

boot ext.

2%

smaller

price

41%

higher

Check a car by its VIN number

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