Size comparison


A : MINI Electric 2020-
B : ZOE 2012-

name length width height
A 3845mm 1727mm 1432mm
B 4087mm 1787mm 1562mm
difference -242mm -60mm -130mm

name weight Minimum turning radius Drive battery capacity
A 1440kg m 32.6kWh
B 1468kg m 52kWh
difference -28kg +0m -19.4kWh

name Cargo Volume Drive battery capacity cruising range
A 211L 32.6kWh 270km
B L 52kWh 390km
difference +211L -19.4kWh -120km


Max output comparison
name Gasoline engine power Gasoline engine torque Displacement
A ---
B ---
difference ---


EV performance comparison
name Electric motor power Electric motor torque
A 135kW 270Nm
B 65kW 220Nm
difference +70kW +50Nm


name Drive battery capacity cruising range Acceleration 0-100km/h
A 32.6kWh 270km 7.3sec
B 52kWh 390km sec
difference -19.4kWh -120km +7.3sec


MINI MINI Electric 2020-
Car manufacturer website
MINI's first EV. The small body like a MINI and the price setting that is much easier than the BMW i3 give it a good impression. The i3 was designed exclusively for EVs, such as adopting a carbon platform, but MINI seems to be keeping costs down because it uses the existing MINI platform. Combined with the EV subsidy, there is a possibility that it can be purchased at a fairly reasonable price, and I hope it will become one that can be expected to spread EV.


Renault ZOE 2012-
Car manufacturer website
Renault's hatchback EV. The Nissan LEAF was launched in 2010, and then in 2012, the ZOE was launched. An excellent EV that can run for a long time with a light body even though it is an EV, even with a small battery capacity. Following minor changes, the battery capacity is gradually increasing.


MINI MINI Electric 2020-

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