Easy-to-use Airwheel S6 Intelligent Mini electric skateboards
Abstract: Although electric unicycles are full of allure to evoke consumer's affection, some people are still afraid of taking this challenge since it's a little difficult to learn. About Airwheel S6 saddle-equipped electric scooter with two wheels and a saddle it is much easier to learn than single wheel scooters. It's steady, and effortless.
By contrast, electric unicycles are far more difficult to rein than two-wheeled scooters, due to that it's hard to maintain balance for the single one. It also increases the difficulty of riding to riders with bad balance abilities. To solve this problem in order to get more people in riding the eco-friendly intelligent electric skateboards, Airwheel Technology has created S6 saddle-equipped electric scooter.
Since it is equipped with two wheels, riders can be at rest to worry about the balance. If riders want to stop for parking, just keep body straight without incline. And pop out the retractable kickstand. Though it's larger than the intelligent unicycles, S6 self-balancing electric scooter is not second to them in agility. It moves freely and nimbly in any small corners or corridors.
The comfortable extent of S6 is beyond user's expectations. The seat is suitable for riders in any heights in view of that the support rod is adjustable. With the adjustable saddle, S6 electric skateboards supports two riding poses, sitting and standing. This allows riders to have alternate riding poses during the ride, which is good for health.
In terms of material selection, Airwheel Technology continues to select fine quality materials for S6, the sitting-posture self-balancing scooter. Its shell is made of technological and environmental PC materials, which is wear-resisting and scratch-resistant. About batteries and tires, S6 continues to use the imported lithium battery and Cheng Shin tires.
Airwheel S6 is a suitable vehicle for most consumers including elder people and women since it is effortless with an easy-to-use operation model.