Mach-E Standard Range VS Extended Range: Which is Better?

Mach-E Standard Range VS Extended Range

The difference between the Mach-E’s standard-range and extended-range models is the battery capacity and the resulting driving range. The standard-range model has a smaller battery pack, which means it has less energy storage capacity than the extended-range version, which offers a longer driving range on a single charge compared to the standard-range version.

I Was torn between the standard-range and extended-range models. On the one hand, the standard-range model was more affordable, but on the other hand, the extended-range model offered so much more driving range. After weighing the pros and cons, I chose the extended-range model. Although it was more expensive, I felt it would be worth it in the long run, given my driving needs,  and I live in an area with few charging stations, so the extended range would give me more flexibility and peace of mind I’m happy with my choice and feel confident it was the right one.

Choosing between the standard and extended-range models is one of the most significant decisions when shopping for a Mach-E. Both models have advantages, but which is suitable for you? In this article, I’ll dive into the details and help you decide which option fits your needs.

The Standard Range Model

The standard-range Mach E has a 70 kWh battery pack, which provides an EPA-estimated driving range of 273 miles. It offers a maximum power output of 266 horsepower and a 0–60 time of 5.8 seconds. The battery can charge at a maximum rate of 150 kW, and it has a range of 250 miles on a full charge. In terms of performance, it has a top speed of 111 mph and can accelerate from 0 to 60 mph in 5.8 seconds.

It’s designed for drivers who want a more affordable option and who don’t mind stopping more often to charge the battery. In terms of price, the standard range is now up to $4000 cheaper than before, depending on the variant of the Mach-E (see table below). The standard-range model is well-suited for drivers with shorter commutes and doesn’t need the extra range or performance of the extended-range model.

The starting price of the standard-range Mach E is $43,895, making it a very affordable option for anyone looking to buy an electric vehicle. While cheaper than the extended-range model, it still offers many benefits. For example, it has all of the standard safety features of the Mach-E, including lane-keeping assist, automatic emergency braking, and blind-spot monitoring. Overall, the standard-range model is excellent for someone who wants an electric vehicle that’s both affordable and well-equipped.

The Extended Range Model

The extended-range models use larger battery packs that typically have capacities of around 98 kWh. This can result in driving ranges of up to 300 miles on a single charge. It’s important to note that these driving ranges are based on EPA testing and may vary in real-world conditions. Conditions like temperature and driving style can affect the actual range.

The extended-range models may have improved acceleration, such as 0–60 mph times of around 4.5 seconds and higher top speeds. The increased power and torque from the larger battery packs can allow for quicker acceleration and higher speeds.

The extended-range models may also have more advanced motors and inverters that can provide better efficiency and performance. The increased range and performance come with added weight, which can result in a heavier, more planted feel on the road, which may be preferable to some drivers, but others may prefer the more elegant feel of the standard-range models.

There are increased vehicle prices and high maintenance costs as vehicles have more complex systems and components. Another factor to consider is the cost of charging; the extended-range models require more energy, which may result in higher electricity demand.

However, the extended-range models offer increased flexibility and range, which may be worth the trade-offs for some drivers.

Differences Between Mach-e Standard Range and Extended Range Models

ParametersStandard RangeExtended Range
Battery Capacity and RangeThe standard-range models typically have a capacity of around 70 kWh. This can result in a driving range of around 250 miles for the standard-range models.The extended-range models have a capacity of around 98 kWh. This can result in a driving range of around 300 miles for the extended-range models.
Weight and Driving The standard-range models may feel lighter and more agile, but they do not have the same stability and comfort at higher speeds.
The extended-range models weigh more as they have larger batteries and other components. This added weight could result in a different driving feel, with the extended-range models feeling heavier and more planted on the road.
Cost PriceThe standard-range models typically have a lower purchase price.The extended-range models typically have a higher purchase price due to the additional components and features.
Charging timeThe standard-range models may charge faster as the smaller batteries can be charged more quickly.The extended-range models may offer faster charging speeds when using a DC fast charger.
PerformanceThe performance of the standard range is limited by its battery size.The extended-range models typically perform better than the standard range. The added power and torque from the larger batteries can make a noticeable difference in acceleration and top speed.

The standard-range models are typically more affordable and have a lighter weight but have less range and performance. In contrast, the extended-range models are typically more expensive but offer excellent range and performance.

Also, the standard-range models may charge faster but are better for shorter trips, while the extended-range models can use faster charging stations and may be better suited for long-distance driving.

The best choice ultimately depends on individual driving needs and budget considerations.

Hopefully, the future of electric vehicles will improve with the emergence of efficient batteries and charging technology.

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