Use code SCNEWCUST15 for 15% off ALL scooters through month-end. Redeem here.
Exploring the Average Speed of Electric Scooters
With the increasing popularity of electric scooters as an eco-friendly and energy-efficient mode of transportation for urban commutes, one of the most common questions potential buyers and users have is about their average speed. The speed of an electric scooter varies depending on factors such as make, model, motor power, terrain, and rider weight, among others.
The average speed for most electric scooters available in the market falls within the range of 15 to 25 miles per hour (mph), with some high-performance models reaching up to 50 mph or more.
It is important to understand the primary factors that can impact the speed of an e-scooter:
Motor power: Electric scooters use either brushless or brushed motors, with motor power ranging from 250W to 800W and beyond. The higher the motor power, the faster your scooter can go.
Battery capacity: Higher battery capacity allows your scooter to maintain a high-speed performance for a longer time.
Rider weight: The riders' weight can significantly affect the scooter's acceleration and top speed. Most electric scooters have specific weight limits, and exceeding these limits could lead to reduced speed and performance.
Terrain: The kind of terrain you ride your scooter on can impact its speed. Surfaces like uneven pavements, uphill gradients and wet or slippery roads can reduce your scooter's speed.
Tire type and size: Electric scooters have either air-filled or solid tires, and their size and type can affect the scooters' speed and performance. Generally, larger and air-filled tires provide better shock absorption and grip, which can result in a smoother and faster ride.
To wrap up, the average speed of an electric scooter depends on various factors, with most of them falling in the 15 to 25 mph range. Before choosing an e-scooter, consider its motor power, battery capacity, and weight limit to ensure it meets your personal speed and performance requirements.