In the current world where low-carbon commuting is highly advocated, the portable and efficient intelligent self-balancing scooters have been highly embraced by people all over the world. While they are gaining popularity, some shortcomings have been observed by users. The invention of Airwheel 2-wheeled electric scooter Z3 is to make up for the disadvantages of intelligent self-balancing scooters. Airwheel Z3 has become a milestone for the further development of intelligent self-balancing scooters. Z3 delivers a more comfortable riding experience and will soon become the optimal choice for people to get around.
Video Link: http://www.youtube.com/embed/rRlQsLnqxwo
People who have ridden electric hoverboard must have experienced the riding posture of separating two feet on each side of the scooter body. Though some Airwheel electric unicycles have added protecting pads onto the scooter to help reduce friction, long-time standing could also lead to fatigue of both legs. Airwheel two-wheeled scooter Z3 has hence improved its pedals into foldable ones which have larger contact area with feet. The pedals are very close to the ground and as a result people could easily touch the ground with two feet. People could stand straightly to ride Z3 and therefore, they could keep the most comfortable riding posture. After finishing a journey with Z3, the pedals could be folded.
The operating arm of the electric motor Z3 is adjustable and riders could adjust it to fit their heights. Above all, Z3 is equipped with a shock migration system to cope with complicated road conditions. It carries riders to pass through the bumpy roads in the most elegant pose. To deliver the most pleasant experience, Z3 has been installed with wireless transmission equipment and could interact with the APP developed specially for Z3. Riders could benefit from a lot of intelligent services. The improvement of Z3 elevates the practical uses of intelligent self-balancing scooters.
Company Name: Airwheel Technology Holding (USA) Co., Ltd.
Contact Person: Mr. Tang
Country: United States