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model S Long Range vs ECLIPSE CROSS PHEV




＜First car selection＞

Tesla

model S Long Range 2012- 66889

＜Second car selection＞

MITSUBISHI

ECLIPSE CROSS PHEV 2020- 23654
#model S Long Range 2012- + ECLIPSE CROSS PHEV 2020-



#model S Long Range 2012- + ECLIPSE CROSS PHEV 2020-
#model S Long Range 2012- + ECLIPSE CROSS PHEV 2020-



Size comparison


A : model S Long Range 2012-
B : ECLIPSE CROSS PHEV 2020-

name length width height
A 4970mm 1964mm 1445mm
B 4545mm 1805mm 1685mm
difference +425mm +159mm -240mm
name weight wheelbase Minimum turning radius
A 2195kg 2960mm 5.9m
B 0kg 2670mm m
difference +2195kg +290mm +5.9m
name Cargo Volume seats minimum ride height
A 804L 5 160mm
B 359L mm
difference +445L +5 +160mm


Max output comparison


A : model S Long Range 2012-
B : ECLIPSE CROSS PHEV 2020-

name Gasoline engine power Gasoline engine torque Displacement
A ---
B --2359cc
difference ---

EV performance comparison
name Drive battery capacity cruising range Acceleration 0-100km/h
A 100kWh 624km 3.8sec
B 13.8kWh km sec
difference +86.2kWh +624km +3.8sec



Tesla model S Long Range 2012- 66889
Car manufacturer website
The body that was set low is beautiful, the pioneer model of the premium EV.







MITSUBISHI ECLIPSE CROSS PHEV 2020- 23654
Car manufacturer website
Mitsubishi Motors' second-generation PHEV SUV. Compared to the Outlander, it has a slightly smaller body, with the same two motors as the Outlander, and a 13.8kWh drive battery, which makes it run lighter. Although it is a state-of-the-art equipment called PHEV, it is a little disappointing that the speedometer is an analog meter, which gives a sense of mismatch.








Tesla model S Long Range 2012-

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