How Fast Do Electric Scooters Go?

Electric scooters have become an increasingly popular mode of transportation, offering a convenient and eco-friendly alternative for short commutes and urban travel. However, like all vehicles, electric scooters are subject to certain regulations to ensure the safety of both riders and pedestrians. 

This article explores the factors influencing the speed of electric scooters, the maximum speed limit in the UK, and why such regulations are in place. Whether you're considering using an electric scooter for your daily commute or simply curious about how fast they can go, this guide will give you all the essential information you need.

How fast do electric scooters go?

The speed of electric scooters can vary depending on the model, motor power, and regulations in the area. Generally, electric scooters can reach speeds between 15 to 30 mph (24 to 48 km/h). Some higher-performance models designed for experienced riders or for off-road use can go even faster, reaching up to 40 mph (64 km/h) or more.

How fast can electric scooters go in the UK?

In the UK, according to British traffic regulations, the maximum speed for an electric scooter is 15.5mph ( 25 km/h ). Therefore, your electric scooter should not exceed 15.5mph ( 25 km/h ).

Of course, different areas may have different speed limits. For example, in hilly areas or private areas, there may be no speed limit requirements. However, safety should always be a priority. If you are riding on public roads or designated areas with speed limits, your electric scooter should adhere to the maximum speed of 15.5mph ( 25 km/h ).

How fast is a 15.5mph ( 25 km/h ) electric scooter?

If you use it for commuting, it is sufficient to reach your destination promptly from point A to point B.

For instance, if the distance from Borough Market to Cheval Three Quays is 2 km, you can calculate the required time using the following formula:

Time (minutes) = Speed/Total Distance

Here, the total distance is 2 kilometers, and the speed is 25 km/h. Plug these values into the formula:

Time (minutes) = (2/25) × 60

Calculating, you get:

Time (minutes) = (120/25)

Time (minutes) = 4.8 minutes

So, at a speed of 25 km/h, for a total distance of 2 km, it would take 4.8 minutes.

Why is there a regulation specifying a maximum speed for electric scooters?

The regulation setting the maximum speed at 15.5mph ( 25 km/h ) is primarily for the safety of riders and traffic management considerations. These traffic regulations aim to maximize the safety of all riders and prevent potential traffic accidents.

Considering the safety of pedestrians and riders, a maximum riding speed of 15.5mph ( 25 km/h ) reduces the risk of traffic accidents, especially on busy city streets. If electric scooters travel at speeds exceeding 25 km/h, there is a higher likelihood of collisions with other traffic participants, increasing the risk of injuries.

From a traffic management perspective, limiting the speed of electric scooters helps better control traffic flow, avoid congestion, and makes it easier for traffic police to maintain order.

As for why the UK specifically imposes a maximum speed limit of 25 km/h, it may involve other factors. If you want more information, it is recommended to consult relevant UK regulatory documents or statements from traffic management authorities.

For a 25 km/h electric scooter, I recommend the iScooter i9 commuter electric scooter. The i9 is well-suited for daily commuting and outdoor recreational riding. It is also a vehicle that complies with legal regulations.

Factors that affect the speed of electric scooters

Electric scooter speed is influenced by several factors, including motor power, battery capacity, rider weight, terrain, weather conditions, scooter design, speed regulations, and scooter settings.

More powerful motors and larger batteries typically offer higher speeds, while heavier riders or rough terrains can reduce speed. Additionally, weather conditions, the scooter's aerodynamic design, and local traffic laws also play a role in determining the maximum speed.

• Motor Power: The wattage of the scooter's motor plays a significant role in determining its speed. More powerful motors (e.g., 500W or higher) can provide faster speeds, while lower-powered motors may have a limited top speed.

• Battery Capacity: Larger batteries with more capacity can sustain higher speeds for longer periods. However, a battery that is low on charge may cause the scooter to slow down, especially on steeper inclines.

• Weight of the Rider: The heavier the rider, the harder it is for the scooter to reach and maintain high speeds. A heavier rider can reduce the scooter's maximum speed and its ability to accelerate quickly.

• Terrain: The type of surface you're riding on impacts the scooter's speed. Smooth, flat roads allow for faster speeds, while rough or hilly terrains can slow down the scooter, especially if it's not built for off-road use.

• Weather Conditions: Wind, rain, and temperature can all affect scooter performance. For instance, a strong headwind can reduce your speed, while cold weather can decrease battery efficiency, leading to a lower top speed.

• Scooter Design and Build: Some scooters are built for speed with more aerodynamic designs, while others are more geared toward stability and safety, which may limit speed. The type of tires, suspension system, and overall build quality also play a role.

• Speed Limits (Regulations): Local laws often impose speed limits on electric scooters for safety reasons. In many places, the maximum speed might be capped at around 15-20 mph, regardless of the scooter's capabilities.

• Scooter Settings: Some scooters have different riding modes, such as eco mode, normal mode, or sport mode, which can alter the maximum speed. Eco mode is designed for energy conservation, while sport mode enables the highest possible speed.

• Age and Condition of the Scooter: Older scooters with worn-out batteries, motors, or tires may experience a decrease in their maximum speed due to wear and tear.