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How Far Does The BMW Electric Car Go?


How Far Does The BMW Electric Car Go?

BMW claims that their all-electric vehicles boast an EPA range exceeding 300 miles. However, there’s contention among some who suggest that a more practical estimate could hover around 250 miles for these vehicles.

The driving range of BMW electric cars has notably improved, enabling extended journeys on a single charge. The BMW i4 boasts a range of up to 365 miles*, the BMW iX3 reaches up to 282 miles, and the BMW iX xDrive 50 spans between 365-380 miles, marking substantial strides in electric vehicle range capabilities.

Some Ranges for Different BMW Electric Cars: 

BMW i4

As per BMW’s claims, every BMW i4 model they offer boasts a range exceeding 300 miles on a single charge, with certain versions reaching up to 365 miles. While a more practical estimate might sit around 250 miles, achieving such distances remains an impressive accomplishment!


Regarding its range, the BMW iX1 car allows drivers to travel up to 272 miles on a single charge, offering a commendable distance for its users. The car features a 64.7kWh battery that can be plugged in and charged from 10% to 80% in just under half an hour, offering a swift recharge for convenience.


In search of an eco-friendly family SUV? The BMW iX3 could be the ideal choice for you. With an 80kWh battery and a 282bhp electric motor, this model offers a range of up to 286 miles, making it an appealing choice for environmentally-conscious drivers in need of a spacious SUV.

BMW iX xDrive 50

It has a range of between 365-380 miles and can accelerate from 0 to 62mph in 4.6 seconds.

BMW iX xDrive 40

It has a range of up to 264 miles and can accelerate from 0 to 62mph in 6.1 seconds.

BMW i7

The BMW i7 sedan offers a range of up to 300 miles, presenting a luxurious and impressive option comparable to its traditional gas-powered counterpart. It delivers everything essential for a comfortable and stylish ride around Chicago.

Which BMW has the longest range?

The 2023 BMW iX stands out as the BMW model with the longest range. Across all iX variants, there’s a commendable range, with even the least capable EPA-rated model achieving 274 miles. The top-tier iX model surpasses this, covering more than 320 miles, ensuring a supremely comfortable ride with top-notch materials throughout the journey.

BMW has earned a renowned reputation for crafting top-notch premium cars suitable for various needs. Their evolution in the realm of electric vehicles has been remarkable. All your beloved models are available in electric variants, boasting an impressive range. For instance, with just one charge, the most recent variant of the i3 EV can go up to 190 miles., the iX1 reaches 272 miles, and the iX3 achieves an impressive 286 miles, showcasing the diverse and substantial capabilities of their electric car lineup.

Boost the Performance and Range of Your BMW Vehicle

Increasing Factors

1. Mild Temperatures

   Driving in mild ambient temperatures can positively impact your electric range, as extreme weather conditions can affect battery performance.

2. Economical Driving

   Adopting an anticipatory, relaxed, and smooth driving style is key to optimizing your range. This approach minimizes energy consumption, extending the distance your electric vehicle can cover.

3. Pre-Conditioning

   Utilizing pre-conditioning while charging is a smart strategy. This process optimizes both the battery and the cabin to their ideal temperatures, drawing power directly from the outlet and ensuring optimal efficiency.

4. Flatter Terrain

   Driving on flatter terrain can contribute to preserving your electric vehicle’s range. The electric motor exerts less effort on level ground, minimizing the use of your battery’s energy and enhancing overall efficiency.

Decreasing Factors

Extreme Temperatures:

Extreme hot or cold weather can notably reduce the range of your electric vehicle. High temperatures can degrade battery performance, while cold weather increases energy usage for heating, affecting overall range.

Sporty Driving:

Aggressive acceleration and maintaining higher speeds result in increased energy consumption. Additionally, hard braking reduces the amount of energy that can be recuperated through regenerative braking.

Heating & Cooling:

Regulating cabin temperature using heating or cooling systems draws power from the battery, directly impacting the vehicle’s range.

Steeper Terrain:

Driving uphill demands more energy from both gas and electric vehicles. Negotiating steep inclines consumes additional energy compared to driving on flatter surfaces, impacting overall efficiency.


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