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BMW Unveils First All-Electric X5, the "iX5," with 435-Mile Range

BMW adds its first electric vehicle, the "iX5 60 xDrive," to the X5 lineup. Featuring a 140kWh battery, 435-mile (approx. 700km) range, 570hp, and 450kW fast charging, it adopts the Neue Klasse design and offers diverse powertrain options on a shared platform.

4 min read Reviewed & edited by the SINGULISM Editorial Team

BMW Unveils First All-Electric X5, the "iX5," with 435-Mile Range
Photo by Eren Goldman on Unsplash

BMW announced a full model change for its X5 series on July 1, introducing the lineup’s first fully electric vehicle (EV), the “iX5 60 xDrive.” This model adopts the next-generation “Neue Klasse” design language and shares a common platform with gasoline, diesel, plug-in hybrid, and hydrogen fuel cell variants. Unlike the separate platforms used for the X3 and iX3, the X5 integrates a unified architecture, marking a pivotal moment in BMW’s electrification strategy.

First Full EV: “iX5 60 xDrive”

The iX5 60 xDrive features BMW’s sixth-generation eDrive technology. It houses a large 140kWh battery, with plans to offer smaller capacity options in the future. With an 800V architecture, the vehicle achieves an EPA-rated range of 435 miles (approximately 700km), making it one of the top performers among passenger vehicles sold in North America. This range is only outclassed by certain pickup trucks like the Chevrolet Silverado EV 8WT.

The charging capabilities are equally impressive, with support for up to 450kW bi-directional charging. In theory, this allows the battery to recharge up to 80% in about 20 minutes at maximum output. While BMW has yet to release official charging times, the vehicle is expected to integrate well with existing fast-charging infrastructure. It is also anticipated to support Vehicle-to-Grid (V2G) technology.

Powertrain and Driving Performance

The iX5 60 xDrive is equipped with dual motors—245hp at the front and 325hp at the rear—delivering a combined 570 horsepower. It can accelerate from 0 to 62mph (approximately 0-100km/h) in 4.7 seconds. Weighing approximately 3.18 tons (around 2,890kg), it is BMW’s heaviest mass-produced vehicle to date.

To offset the added weight, the vehicle comes standard with full air suspension. Optional features include active roll bars and a four-wheel steering system, ensuring a balance between driving stability and comfort for this large SUV.

Shared Platform and Neue Klasse Design

The new X5 lineup accommodates five powertrain options—gasoline, diesel, plug-in hybrid, hydrogen fuel cell, and EV—all built on the same platform. BMW states that this unified approach allows for uncompromised design regardless of the powertrain. This strategy marks a shift from dedicated EV platforms, offering potential benefits in production efficiency and parts standardization.

The exterior design features a new “X”-shaped headlight design, a playful nod to the X5 branding, though it might draw comparisons to Elon Musk’s “X” logo. The traditional door handles have been replaced with button-operated “winglet” handles, which can be opened using a key fob or the BMW app. The split tailgate and iDrive control knob have been eliminated, while the front grille features the vertical kidney “Iconic Glow” design, a signature of the Neue Klasse.

Interior and Connectivity

The interior has undergone a significant transformation. A 17.9-inch central touchscreen display now comes standard, with an optional 14.6-inch passenger display available. The steering wheel adopts BMW’s new vertical spoke design, and the latest version of the BMW OS enhances integration with various digital services.

Competition and Market Landscape

With a range of 435 miles, the iX5 60 xDrive stands out in the luxury EV SUV market. It surpasses competitors like the Mercedes-Benz EQS SUV (approximately 300 miles), Tesla Model X (around 330 miles), and Rivian R1S (about 400 miles). However, real-world conditions such as high-speed driving or cold weather could significantly impact its range. Additionally, its weight of around 3.18 tons may affect tire wear and energy efficiency.

BMW has yet to announce the pricing and release date, with further details expected in the coming weeks.

Editorial Opinion

In the short term, the iX5 60 xDrive’s competitive driving range could significantly enhance BMW’s position in the luxury EV SUV market. Particularly in North America, where driving range is a key factor in purchasing decisions, the 435-mile range provides BMW with a powerful advantage against rivals like Tesla and Rivian. However, the impact of the vehicle’s weight on energy efficiency and tire costs remains to be seen, and this will be a crucial factor in shaping customer satisfaction.

From a long-term perspective, BMW’s strategy of offering multiple powertrains on a single platform will test the effectiveness of their electrification investments. Compared to dedicated EV platforms, this approach might limit optimization opportunities. However, benefits like production flexibility and cost savings through parts standardization could outweigh these limitations. The practicality of the 800V architecture and 450kW charging will depend heavily on the development of compatible charging infrastructure.

From our perspective, the iX5, as the first full-size SUV under the Neue Klasse design language, serves as a litmus test for BMW’s design direction and electrification strategy. Once details like pricing, delivery timelines, and compatibility with charging networks are disclosed, a more comprehensive evaluation will be possible.

References

Frequently Asked Questions

What is the real-world range of the iX5 60 xDrive?
While the EPA-rated range is 435 miles (approximately 700km), real-world conditions such as high-speed driving or cold climates may reduce this to around 300–350 miles. More precise data will be available in future reviews.
How long does it take to charge?
Although the vehicle supports up to 450kW charging, specific charging times have not been officially announced. Theoretical calculations suggest it could recharge from 10% to 80% in about 20 minutes using a charger above 350kW. Charging with a standard 200V home outlet would take over a full day.
How does the EV version differ from the gasoline and diesel versions?
While the exterior design is largely similar, the EV version features distinct design elements such as the shape of the front grille, the absence of traditional door handles, and specific badging. Although the platform is the same, the EV version’s underfloor battery results in slight differences in interior height and cargo space.
Source: Engadget

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