Compare photos by overlapping


EX90 vs LF30 Electrified




<First car selection>

VOLVO

EX90 2023- 10840

<Second car selection>

LEXUS

LF-30 Electrified 2019- 14132
#EX90 2023- + LF-30 Electrified 2019-



#EX90 2023- + LF-30 Electrified 2019-
#EX90 2023- + LF-30 Electrified 2019-



Size comparison


A : EX90 2023-
B : LF-30 Electrified 2019-

name length width height
A 4950mm 0mm 0mm
B 5090mm 1995mm 1600mm
difference -140mm -1995mm -1600mm
name weight wheelbase Minimum turning radius
A 0kg mm m
B 2400kg mm m
difference -2400kg +0mm +0m
name Cargo Volume seats minimum ride height
A L mm
B L mm
difference +0L +0 +0mm


Max output comparison


A : EX90 2023-
B : LF-30 Electrified 2019-

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

EV performance comparison
name Drive battery capacity cruising range Acceleration 0-100km/h
A kWh km sec
B 110kWh km sec
difference -110kWh +0km +0sec



VOLVO EX90 2023- 10840
Car manufacturer website
Volvo's new generation EV. As Volvo's flagship SUV, it will be released in 2023. The photo posted in advance is from Concept Recharge.
Volvo plans to sell 600,000 EVs a year from 2025, and by 2030 it will become a full EV manufacturer.
Adopting the new SPA2 platform, it is expected to be designed based on the Concept Recharge announced in 2021.
Equipped with a next-generation LiDAR sensor, 8 cameras, 5 radars, and 16 ultrasonic sensors, will it have more sensors and cameras than Tesla? Surprisingly, it can detect pedestrians up to 250m ahead. This will greatly improve the accuracy of adaptive cruise control. Volvo invented seat belts. I have high hopes for the safety of the new generation.





LEXUS LF-30 Electrified 2019- 14132
Car manufacturer website
A Lexus Electrified concept car. Equipped with in-wheel motors on all four wheels, it realizes precise motor control not possible with conventional gasoline vehicles.




VOLVO EX90 2023-

>>Compare photos by overlapping




SUV   MPV   Hatchback   Wagon   Sedan   Coupe


<< < 1 >

Order of longest length
<< < 1 >



Back to top