Collection: Dual Motor Electric Scooters

If you're ready to take your scootering experience to the next level, it might be time to upgrade to a powerful dual-motor electric scooter. 

As the name suggests, dual motor electric scooters are equipped with two motors, typically located in each wheel. Compared to scooters with single motors, dual-motor rides are designed to have increased power, performance, and versatility.

For riders looking for a premium and dynamic ride with enhanced performance capabilities, a dual motor scooter is a great choice.

A dual motor e scooter has two electric motors. In most models, one motor is placed in the front wheel and another in the rear wheel. This setup provides independent control and power to each wheel, leading to improved stability and traction. 

Thanks to the combined power of two motors, dual motor electric scooters offer distinct advantages. These rides are able to accelerate faster, achieve higher top speeds, conquer rough terrain, and ascend steeper inclines. Their improved stability gives the rider better control, even when traversing uneven or slippery surfaces.

A dual motor e-scooter is also more versatile than its single-motor counterparts. They effortlessly handle both urban commutes and rural off-road trails, and just like our ludicrous rides, dual-motor scooters are built to thrill.

Thus, if you are looking for an e-scooter that can take you from work to weekend adventure, a dual-motor e scooter just might be what you need. 

We’ve talked so much about motors, but how important is this component really? 

An e-scooter’s power comes from its motor, so the higher the motor wattage, the more powerful the device. Power is then directly proportional to speed, torque, and acceleration. It also has an impact on the ride’s weight capacity and climb ability.

In other words, the motor of an e-scooter matters a lot.

Electric scooters are also generally categorised according to motor power. For example, e-scooters for kids only need 150-500 watts, while 500-1000 watts is sufficient for commuter e-scooters. But if you need a fast and exciting ride, over 1000W is the way to go.

On the flip side, powerful motors can have an impact on charging time and battery life. Two motors consume more power and as such, they require bigger batteries. While commuter e-scooters have a charging time of 5-6 hours, a dual motor e scooter might need up to 12 hours to fully replenish its battery. 

Click here to learn more about how the motor impacts the overall performance of your e-scooter.

Because of its additional components and advanced features, a dual motor electric scooter is more expensive than an entry-level or a commuter electric scooter. 

In our collection, you'll discover a range of dual-motor e-scooters available at prices ranging from $2,000 to $5,000. These scooters are known for their top speeds, high performance, advanced suspension systems, and high-capacity batteries, which reflect their top-notch quality and state-of-the-art engineering.

Furthermore, they are also equipped with additional safety features like integrated lights and traction control.

If these specifications align with your personal needs and preferences, you just might see why a dual motor electric scooter is a worthwhile investment.

There are several reasons why dual motor e-scooters command a premium. Here are some benefits you should consider:

Excellent top speed

Compared to single motor scooters, dual motor electric scooters are able to achieve higher top speeds. On average, they can reach speeds of 50 to 70 kph, but you need to take other factors (e.g., rider weight, slope, and local regulations) into consideration.

Fast acceleration

The dual motor configuration of these scooters results in more efficient torque, which allows for a shorter response time and quicker acceleration. Thus, they are perfect for users looking for a fast and exhilarating ride. 

This feature also makes dual motor e-scooters ideal for navigating both urban environments and hilly landscapes.

High rider weight limit

These powerful rides are capable of supporting higher rider weight limits, making them a perfect solution for heavier riders. The Apollo Ghost, for instance, can accommodate 135 kg, while the Segway GT 2 can accommodate up to 150 kg.

Extend your search by browsing through our collection of e-scooters for heavier riders. 

Good hill climb ability

Because of their efficient torque and balanced power distribution (attributed to the motors located on each wheel), these scooters can also tackle inclines and steep terrain of up to 25 degrees with ease. 

Thus, a dual motor scooter is a good choice if you’re planning to go on off-road adventures that involve challenging roads and hilly areas. 

Interested in similar rides? We also have other highly-recommended all-terrain e-scooters available. 

Powerful batteries

Dual-motor electric scooters often require high-capacity batteries to supply sufficient power to both motors. Batteries with high voltage ratings enable the device to deliver more torque and achieve faster acceleration. Robust batteries also allow riders to cover more kilometres on a single charge.

Strong suspension system

Finally, dual motor e scooters are equipped with strong suspension systems for smoother and more comfortable rides. Generally, they have front and rear suspension that absorb shocks and vibrations from uneven or rough surfaces. This mechanism also helps provide a higher level of control and stability.

The best dual motor electric scooter delivers the aforementioned benefits and additional components to ensure a safe and smooth riding experience. 

Also factor in other features like good IP ratings, strong tyres, efficient brakes, and offroad riding capabilities.

More importantly, remember that dual-motor e-scooters are more complex than single motor scooters, so also consider maintenance and repairs when buying. 

Thus, we recommend that you get a dual motor e-scooter that is manufactured by a reputable company. While these brands may come at a higher price point, they offer the assurance of widely available spare parts for easier maintenance and repairs in the future.