In the growing segment of electric SUVs, the Mercedes EQB and VW ID.5 present compelling alternatives, each with its unique appeal. The EQB boasts a luxurious interior and advanced tech features that cater to the premium market, while the ID.5 leans into practicality and efficiency with its spacious cabin and competitive range. Ultimately, choosing between these two electric vehicles will depend on whether buyers prioritize luxury or a more accessible electric experience.
As the electric vehicle (EV) market continues to expand, automotive enthusiasts are increasingly drawn to electric SUVs that combine practicality with performance. In this comparison, we pit the Mercedes EQB against the VW ID.5—two formidable contenders in the segment. Let's explore their technical specifications, innovations, and overall appeal.
When it comes to powertrains, the Mercedes EQB offers several options, producing up to 292 HP. The EQB boasts a range of 533 km with its 70.5 kWh battery, making it suitable for long journeys. The impressive acceleration is one of its highlights, with the fastest variant reaching 0-100 km/h in just 6.2 seconds.
On the other hand, the VW ID.5 shines with a top power output of 340 HP, housed within a larger battery capacity of up to 79 kWh. The ID.5 also offers an impressive range, with its maximum reaching 563 km. Acceleration is commendable as well, with the quickest model achieving 0-100 km/h in 5.4 seconds, slightly outpacing the EQB.
The design philosophy behind these two models is distinct. The Mercedes EQB embraces a more luxurious, elegant aesthetic, characterized by its sleek lines, iconic star-inspired grille, and upscale interior materials. The spacious interior accommodates five passengers comfortably, while the trunk provides a generous 495 liters of cargo capacity.
Conversely, the VW ID.5 presents a more functional design, with sharper lines that emphasize its sporty character. It offers slightly more cargo space, with a trunk capacity of 549 liters, making it practical for everyday use. The interior is designed to maximize space and efficiency, featuring a digital cockpit that enhances the driving experience.
The driving experience is where both models excel but in different ways. The EQB features front-wheel drive and optional all-wheel drive, providing a smooth and comfortable ride. Its suspension is calibrated for comfort, making it ideal for long-distance travel.
The ID.5, available in rear-wheel and all-wheel drive configurations, delivers a sportier driving experience. With a lower center of gravity thanks to its battery placement, the ID.5 boasts improved handling and cornering capabilities, appealing to those who enjoy a more dynamic driving style.
Both the Mercedes EQB and VW ID.5 are equipped with cutting-edge technology, but their approaches vary. The EQB incorporates Mercedes' MBUX (Mercedes-Benz User Experience) infotainment system, featuring a high-resolution touchscreen, voice control, and advanced driver assistance systems, ensuring a connected experience for all passengers.
The VW ID.5 also offers innovative tech, including a digital cockpit that enables customization and easy access to essential information. It includes various driver-assistance features designed to enhance safety and convenience, positioning it as a high-tech competitor in the electric SUV space.
Both SUVs hold a CO2 efficiency class of A, indicating their commitment to sustainability. The EQB consumes between 15.2 kWh and 17.3 kWh per 100 km, while the ID.5 ranges from 15.6 kWh to 16.6 kWh. These figures highlight the efficiency of electric vehicles, making them appealing choices for environmentally conscious consumers.
Choosing between the Mercedes EQB and the VW ID.5 ultimately depends on individual preferences. The EQB excels in luxury and comfort, whereas the ID.5 stands out with its sporty handling and innovative features. Both models showcase the future of electric SUVs, blending performance with sustainability. Whether you prioritize luxury or sportiness, these electric vehicles offer something for everyone, making the electric SUV market more competitive than ever.
|
|
|
|
Costs and Consumption |
|
---|---|
Price
about 45900 - 58900
£
|
Price
about 36800 - 48400
£
|
Consumption L/100km
-
|
Consumption L/100km
-
|
Consumption kWh/100km
15.2 - 17.3
kWh
|
Consumption kWh/100km
15.6 - 16.6
kWh
|
Electric Range
445 - 533
km
|
Electric Range
365 - 563
km
|
Battery Capacity
66.5 - 70.5
kWh
|
Battery Capacity
52 - 79
kWh
|
co2
0
g/km
|
co2
0
g/km
|
Fuel tank capacity
-
|
Fuel tank capacity
-
|
Dimensions and Body |
|
Body Type
SUV
|
Body Type
SUV
|
Seats
5
|
Seats
5
|
Doors
5
|
Doors
5
|
Curb weight
2105 - 2170
kg
|
Curb weight
1970 - 2246
kg
|
Trunk capacity
495
L
|
Trunk capacity
549
L
|
Length
4684
mm
|
Length
4582 - 4599
mm
|
Width
1834
mm
|
Width
1852
mm
|
Height
1654 - 1689
mm
|
Height
1601 - 1618
mm
|
Payload
435
kg
|
Payload
514 - 545
kg
|
Engine and Performance |
|
Engine Type
Electric
|
Engine Type
Electric
|
Transmission
Automatic
|
Transmission
Automatic
|
Transmission Detail
Reduction Gearbox
|
Transmission Detail
Reduction Gearbox
|
Drive Type
Front-Wheel Drive, All-Wheel Drive
|
Drive Type
Rear-Wheel Drive, All-Wheel Drive
|
Power HP
190 - 292
HP
|
Power HP
170 - 340
HP
|
Acceleration 0-100km/h
6.2 - 8.9
s
|
Acceleration 0-100km/h
5.4 - 8.9
s
|
Max Speed
160
km/h
|
Max Speed
160 - 180
km/h
|
Torque
385 - 520
Nm
|
Torque
310 - 679
Nm
|
Number of Cylinders
-
|
Number of Cylinders
-
|
Power kW
140 - 215
kW
|
Power kW
125 - 250
kW
|
Engine capacity
-
|
Engine capacity
-
|
Top speed
160
km/h
|
Top speed
160 - 180
km/h
|
General |
|
Model Year
2024 - 2025
|
Model Year
2023 - 2024
|
CO2 Efficiency Class
A
|
CO2 Efficiency Class
A
|
Brand
Mercedes-Benz
|
Brand
VW
|
The prices and data displayed are estimates based on German list prices and may vary by country. This information is not legally binding.