Max. load
The maximum weight of the rider that the design of the scooter can withstand without breakdowns and accidents. This moment is partly determined by the age group, and mainly by the materials used in the frame. Note that manufacturers can indicate the maximum load for perfect conditions - when the scooter rides on a perfectly flat surface or even stands still. Therefore, it is worth choosing a model for this parameter with a certain margin. And even more so, you should not exceed the weight indicated in the characteristics - even if the scooter does not break down immediately, this can happen at any time after, which is fraught with accidents and injuries.
Range
The maximum distance that an electric scooter can travel on a single battery charge.
Usually the range is indicated for a flat road and driving only on an electric motor, without the help of a rider. So this indicator is quite conditional, in practice, the distance of the trip may be either less or more, depending on the characteristics of the road and driving style. Nevertheless, according to the claimed range, it is quite possible to estimate the autonomy of different models and compare them with each other.
Note that a
large range (more than 50 km) requires capacious batteries, which affects the dimensions and weight of the device. The real need for such autonomy is not required so often, especially since many electric scooters are quite capable of driving in the usual way, without the use of an electric motor.
Power
The power of the motor installed in the electric scooter. In models with two motors (one per wheel), their total power is usually indicated.
A more
powerful motor, on the one hand, has a positive effect on the speed and acceleration characteristics; on the other hand, it affects the cost of the device and requires more capacious batteries, which affect both the price and weight. In addition, at acceleration and low speeds, the scooter can be “helped” by pushing off with your foot. Therefore, in most modern models, the motor power is low — most often in range of 250 W,
300 W,
350 W. Power of 500 W is considered quite high, it allows you to reach speeds of 40 km/h and even higher. In the most advanced models, power is already measured in kilowatts, and the maximum speed can exceed 80 km/h; however, such "monsters" cost accordingly.
However, power also affects the ability to drive a vehicle, because depending on the country, various traffic rules are provided for driving a scooter.
Max. power
The power in watts that the electric scooter motor can develop at maximum speed. In general, for scooters with an electric drive, it is customary to indicate the rated engine power (see above), which ensures efficient operation of the motor for a long time. By maximum, we mean power in the “gas pedal to the floor” mode, achieved only in the short term. Using this parameter, you can roughly estimate the capabilities of a particular model, for example, in terms of speed dynamics - the more power, the faster the scooter accelerates.
Max. speed
A high top speed gives you more riding options and reduces travel time. However, it requires powerful motors and capacious batteries, which affects the price and weight of the scooter. In addition, the faster the scooter, the more careful you need to be when driving. Therefore, most of the electric scooters have a speed of
25 km / h or a little more -
30 km / h.
Speed modes
The number of speed modes in the electric scooter. By switching between them, the rider has the right to choose the most comfortable pace of the trip and change the upper speed limit bar.
Pedestrian mode
The slowest speed mode (approximately from 0 to 5 – 6 km/h), is ideal for use in crowded places, for children and beginners. It controls the e-scooter while it moves at a safe speed for pedestrians to avoid collisions on crowded sidewalks.
Pedestrian mode is also suitable for leisurely walks and side-by-side trips with walking frien
Max. climbing angle
The maximum climbing angle that an electric scooter can overcome on engine power alone, without the help of legs. Models with engines of the same power may differ in this indicator (due to the difference in torque and wheel size).
Note that in the specifications the angle is usually indicated in degrees, while on road signs it is given as a percentage (1% corresponds to a rise of 1 m for every 100 m of horizontal movement). However, this moment is not particularly critical: if you often have to overcome a certain hill, you can clarify its slope by converting percentages into degrees (and vice versa) according to special tables. In addition, if the angle turns out to be too large, nothing prevents you from helping the scooter with your foot, in extreme cases, to overcome the climb on foot.
Drive
The type of drive in the design of the scooter determines to which wheels the traction from the electric motor is transmitted.
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Front. The drive to the front wheel pulls the entire electric scooter. It provides improved stability on the road, minimizes the likelihood of skidding in corners, and guarantees a soft start and smooth acceleration. On the other hand, the electric motor at the front increases the weight of the wheel assembly and increases the effort when turning the handlebar.
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Rear. Rear-wheel drive electric scooters are not as stable on the road as front-wheel drive models. However, they are more frisky, demonstrate dynamic acceleration and easily conquer hills.
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All-wheel. Scooters with all-wheel drive combine all the positive qualities of front- and rear-wheel drive models in one package. They are also best suited for off-road driving — the all-wheel drive chassis does not care about pits and steep hills, other road irregularities, or mud deposits on the road.
