Obviously they look the same. Why do other people's electric scooters run faster than mine? Many people may have encountered similar situations and have such questions. But if the fat editor tells everyone, let alone look the same, on the premise that the product quality is good, even if the motor power of the two cars is the same, there may be a difference in the maximum speed that can be run?
Since the quality is no problem, why do electric scooters with the same power have different maximum speeds?
P represents the power of the electric scooter, F represents the forward traction of the vehicle, and V represents the speed of the vehicle, then P=FV. When P is constant, F increases, and V must become smaller. In other words, in the case of the same rated power, the higher the power, the slower the (maximum) speed.
When designing electric scooters, we will consider the different needs of different regions. If it is a plain area with few steep slopes, the electric scooter will be designed as a speed type, the power will be relatively weak, and the maximum speed will be increased.
If it is a mountainous plateau and often need to climb, the electric scooter will be designed as a power type, the climbing ability will be improved, but the maximum speed will be correspondingly slower. Therefore, electric scooters with the same power will have different maximum speeds.
The electric scooter industry belongs to the manufacturing industry, and the cost and quality are often proportional, and it is a real thing that you get what you pay for. As far as the motor is concerned, its power is directly proportional to its mass (weight). The motor uses good materials, sufficient materials, advanced technology and reasonable design, and it will be a good motor with good quality.
When you buy an electric scooter, you can choose according to your own needs or local road conditions.
