In the increasingly competitive electric vehicle market, the BMW i4 and VW ID.7 stand out with their unique offerings. The i4 boasts a sportier driving experience, featuring BMW's renowned performance dynamics, while the ID.7 prioritizes spaciousness and practicality, appealing to family-oriented buyers. Both models incorporate cutting-edge technology, but their distinct approaches cater to different driver preferences, making this comparison a compelling choice for potential EV buyers.
The rise of electric vehicles (EVs) brings forward exciting comparisons in the automotive world. Among the standout models in the EV category are the BMW i4 and the VW ID.7. Both models combine cutting-edge technology and innovative design, yet they represent different philosophies and driving experiences. Let's dive into the specifics of these two remarkable machines.
The BMW i4 offers a range of power outputs, with figures varying from 286 HP up to an impressive 544 HP in its most powerful variant. Customers can choose between rear-wheel drive and all-wheel drive configurations, allowing for flexibility based on personal driving preferences. The performance of the i4 is commendable, with acceleration from 0-100 km/h achieved in as little as 3.9 seconds for the most powerful version. With a maximum speed reaching 225 km/h and a torque range up to 795 Nm, the BMW i4 is engineered for both comfort and thrill.
In contrast, the VW ID.7 provides a maximum of 340 HP and also comes in either rear-wheel or all-wheel drive layouts. The acceleration is slightly more moderate, with the fastest variant achieving 0-100 km/h in 5.4 seconds. The ID.7 is capped at a maximum speed of 180 km/h but compensates with excellent torque figures, peaking at 679 Nm. Both vehicles utilize automatic transmission through a reduction gearbox for smooth gear transitions.
When it comes to battery technology, the BMW i4 has options ranging from 67.1 kWh to 81.3 kWh. The electric range is equally impressive, with distances up to 582 km on a single charge. This capability makes it a robust choice for those looking for longer journeys without frequent recharging stops.
The VW ID.7, meanwhile, takes the lead in efficiency with a smaller consumption figure of as low as 13.6 kWh/100 km. Its battery options of 77 kWh and 86 kWh provide an impressive range of up to 709 km. This longer range offers a significant advantage for drivers who prioritize longevity on the road.
Inside the BMW i4, one can expect a luxurious and driver-focused environment. It features high-quality materials, a sleek design, and advanced infotainment systems integrating the latest BMW iDrive technology. The spacious cabin comfortably seats five, while the 470 L trunk capacity ensures ample cargo space for travel essentials.
On the flip side, the VW ID.7 presents a surprisingly spacious interior with a focus on sustainability. The minimalist design incorporates eco-friendly materials, and the dashboard is dominated by a high-definition touchscreen with seamless connectivity options. With a trunk capacity of 532 L, it surpasses the i4, making it an excellent option for families or those needing extra storage.
Both vehicles emphasize safety and driver assistance technologies. The BMW i4 boasts advanced features like adaptive cruise control, lane-keeping assist, and a suite of pre-collision safety measures. It also features an advanced navigation system that adjusts routes based on traffic conditions and charging availability.
The VW ID.7 doesn’t lag behind, offering similar driver aids and even some unique systems. The ID.7 includes Smart Parking and a comprehensive suite of driver assistance features that can greatly enhance the driving experience, especially during urban commutes.
When comparing the BMW i4 to the VW ID.7, both vehicles offer compelling arguments for potential buyers. The BMW i4 excels in performance and luxury, with engaging driving dynamics. Meanwhile, the VW ID.7 shines in efficiency, practicality, and overall driving range.
Your choice ultimately hinges on personal preferences—are you looking for performance and luxury, or efficiency and space? Both models reinforce the shift towards electric mobility in their unique ways and mark a significant advancement in automotive technology.
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Costs and Consumption |
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Price
about 49300 - 61800
£
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Price
about 46300 - 54100
£
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Consumption L/100km
-
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Consumption L/100km
-
|
Consumption kWh/100km
15.6 - 18
kWh
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Consumption kWh/100km
13.6 - 16.2
kWh
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Electric Range
485 - 582
km
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Electric Range
595 - 709
km
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Battery Capacity
67.1 - 81.3
kWh
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Battery Capacity
77 - 86
kWh
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co2
0
g/km
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co2
0
g/km
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Fuel tank capacity
-
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Fuel tank capacity
-
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Dimensions and Body |
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Body Type
Hatchback
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Body Type
Hatchback
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Seats
5
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Seats
5
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Doors
5
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Doors
5
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Curb weight
2075 - 2290
kg
|
Curb weight
2184 - 2328
kg
|
Trunk capacity
470
L
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Trunk capacity
532
L
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Length
4783
mm
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Length
4961
mm
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Width
1852
mm
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Width
1862
mm
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Height
1448
mm
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Height
1536
mm
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Payload
445 - 480
kg
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Payload
456 - 462
kg
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Engine and Performance |
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Engine Type
Electric
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Engine Type
Electric
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Transmission
Automatic
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Transmission
Automatic
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Transmission Detail
Reduction Gearbox
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Transmission Detail
Reduction Gearbox
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Drive Type
Rear-Wheel Drive, All-Wheel Drive
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Drive Type
Rear-Wheel Drive, All-Wheel Drive
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Power HP
286 - 544
HP
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Power HP
286 - 340
HP
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Acceleration 0-100km/h
3.9 - 6
s
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Acceleration 0-100km/h
5.4 - 6.6
s
|
Max Speed
190 - 225
km/h
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Max Speed
180
km/h
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Torque
400 - 795
Nm
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Torque
545 - 679
Nm
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Number of Cylinders
-
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Number of Cylinders
-
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Power kW
210 - 400
kW
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Power kW
210 - 250
kW
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Engine capacity
-
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Engine capacity
-
|
Top speed
190 - 225
km/h
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Top speed
180
km/h
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General |
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Model Year
2024
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Model Year
2023 - 2024
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CO2 Efficiency Class
A
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CO2 Efficiency Class
A
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Brand
BMW
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Brand
VW
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The prices and data displayed are estimates based on German list prices and may vary by country. This information is not legally binding.