The Mustang Mach-E’s Incredible Performance Explained

The Ford Mustang Mach-E has been creating buzz all around the automotive industry since its unveiling, and it’s left a lot of potential buyers and electric car shoppers interested in what the performance will be like for the sports-oriented electric vehicle. How well will it perform on the road? What will its peak performance be like? Will it still be able to maintain the kind of on-road persona that the Mustang brand is known for? How can an all-electric crossover SUV be a replacement for the iconic pony car? Well, keep reading, and you will likely find yourself lining up at a NY Ford Mustang Mach-E dealer in an attempt to order one of these cars for yourself.

What Powers the Mustang Mach-E?

At the heart of every Mustang Mach-E is one or two electric motors powered by either a standard range or extended range battery pack. The standard range battery pack contains 75.7 kWh of power, while the extended battery pack increases that figure to 98.8 kWh. For the rear-wheel drive versions, the Mach-E has an electric motor on the rear axle, while for the all-wheel drive configuration, there are two electric motors: one on the rear axle and one on the front axle. This provides instant power for the all-electric crossover SUV.

The Ford Mustang Mach-E comes in five different trims. The base trim is the Select, followed by the Premium, the California Route 1, the First Edition, and the GT. The Select trim is available in both rear-wheel and all-wheel drive but is limited to only the standard range battery. The Premium trim also supports rear-wheel and all-wheel drive but is available with both the standard and extended range batteries. The California Route 1 trim is available only in rear-wheel drive with the extended range battery, while the First Edition and GT trims are only available with all-wheel drive and the extended range battery.

How Powerful Is the Mustang Mach-E?

Electric vehicles generate power very differently than combustion engines but still produce enough horsepower and torque to deliver noteworthy performance. In the case of the Ford Mustang Mach-E, the standard range battery with rear-wheel drive can deliver 266 horsepower and 317 pound-feet of torque. For the all-wheel drive configuration, a peak torque of 428 pound-feet is achievable with the standard range battery.

The Premium trim maintains the exact same performance ratings as the Select trim with the standard range battery, but with the extended range battery, the Premium and California Route 1 trims achieve 290 horsepower and up to 317 pound-feet of torque with the rear-wheel drive setup. The Premium and First Edition manage 346 horsepower and 428 pound-feet of torque in the all-wheel drive configuration.

At the top end of the performance chart is the Mach-E GT trim, which is configured to deliver the kind of high-end sports car speed and acceleration that the Ford Mustang GT has become renowned for. It features a special GT extended range battery pack that powers the electric motors in the Mach-E to produce 480 horsepower and 600 pound-feet of torque. A special GT Performance Edition trim has the same horsepower but delivers 634 pound-feet of torque. This kind of performance puts the Mach-E in a rare league of crossover vehicles with comparable output to a high-performance sports car.

Why Does All-Wheel Drive Have Better Performance?

With gasoline engines, you can expect the best power output for a sports car to come from a rear-wheel drive configuration. The motor and transmission are transferring all of the torque directly to the rear axle, where the vehicle can maximize the amount of power it’s generating by placing it directly onto the ground through the rear wheels. You lose some of the raw torque output generated by the engine in a traditional all-wheel drive format because the torque has to be transferred to both axles and multiple wheels, increasing drivetrain losses. With the Mach-E, this is reversed, and you actually gain more power and performance out of the all-wheel drive formats. This is because there is a separate electric motor for each axle, virtually eliminating traditional drivetrain losses.

In traditional all-wheel drive setups, there is a lot of machinery between the combustion engine generating torque and the wheels. The torque has to go through the transmission, then from the transmission to the driveshaft, and then from the driveshaft to the axles. With the electric motors attached directly to the axles on the Mach-E, there’s a process of eliminating the steps where power loss can occur between the torque generated by the motor(s) and the torque transfer directly to the wheels. Having an electric motor on each axle for the all-wheel drive configurations means more torque being delivered directly to the wheels, resulting in quicker acceleration and easier access to stable high-end speeds.

How Fast Is The Mustang Mach-E?

Talking about horsepower and torque is great on paper, but most people also want some kind of real-world reference for how those numbers translate into actual rubber-on-the-road performance. According to Ford, a Mustang Mach-E with the standard range battery and rear-wheel drive can reach 0 to 60 miles per hour in about 5.8 seconds. Alternatively, the standard range battery and all-wheel drive can achieve 0 to 60 in approximately 5.2 seconds. But that is just the beginning.

The numbers improve greatly for the GT and GT Performance Edition. The most performance-oriented version of this sporty SUV electric crossover achieves 0 to 60 miles per hour in approximately 3.5 seconds. Those are extremely impressive numbers for an electric vehicle and even more so for a crossover SUV – to put that into perspective, the 2021 Mustang GT with its 5.0-liter V8 engine takes 4.4 seconds to hit 60 miles per hour. Even the incredible 2021 Mustang Shelby GT500 with its 760 horsepower supercharged V8 is only a tenth of a second ahead of the 2021 Mustang Mach-E GT Performance Edition.

Why Would You Consider Rear-Wheel Drive?

Some people might be wondering what the purpose would be of going with the rear-wheel drive configuration when you gain so much more performance and power out of the Mach-E’s all-wheel drive? Well, a lot of it has to do with range. You can opt for the faster trims, but you do lose range in comparison. So it’s something to weigh and consider.

For instance, the standard range battery pack in the rear-wheel drive format nets you up to 230 miles worth of travel on a full charge, while the standard range all-wheel drive format achieves 211 miles of range. The extended range battery pack in a rear-wheel drive setup gives you the best range for the Mach-E, with up to 305 miles on a single full charge. However, you still have great range even with all-wheel drive and the extended range pack with up to 270 miles worth of travel. So you have an option of more power or more distance, depending on what you prefer.

Visit DePaula Ford to Find Out More About the Mach-E

Electric vehicles are pushing boundaries and changing the way car shoppers view the automotive market. Don’t wait until it’s too late to join the new wave of electric vehicles taking the industry by storm. Visit DePaula Ford today to find out how you can take charge of your life and become part of the wave of new electric vehicles sweeping through the market, such as the Ford Mustang Mach-E.

Now that you have an idea of what the Mach-E performance features are like when it comes to horsepower, torque, acceleration, and range, you can start pinpointing what features you want out of the crossover SUV. You can talk to a sales representative at DePaula Ford today to narrow down exactly what trim you should order from a NY Ford Mustang Mach-E dealer. Let our helpful staff guide you through the process of learning more and test-driving a Mustang Mach-E today!