Fun Work Balance Conference about Airwheel Devices Held in Bialystok

  • Source:Airwheel

Abstract: Fun work balance conference composed by a group of geek girls was held at Fair Play Dance Studio Ul. Kolejowa 12c, 15-701 Bialystok on January 11th, 2016. They shared the fun of riding Airwheel scooters and welcomed all attendees to test Airwheel devices on January 13th, 2016 from 12:00pm to 18:00pm.

In the conference, most of them were geek girls who were obsessed with funky gear or devices. During the conference, they showcased the products made by Airwheel. The presenter Linda first proposed a topic—fun work balance. It meaned that work and fun should achive a balance point. In other words, work and fun must be combined. Then she mentioned Airwheel electric scooters could bring fun to the work and the life. The products strongly recommened by her are Airwheel S3, X3, X8, and Q3.

 

 

Airwheel S3

 

 

S3 a self-balancing two-wheeled scooter is a eay-to-control one. Linda without hesitation steped on the foot board, and stared to move forward with holding the microohone. From the picture, S3 is equipped with a high operating bar with Led lights build-in the bar. S3’s stability is the best one among the four.

 

 

Airwheel

 

 

However, X3, X8 electric unicycle are challenging the rider’s balance ability. They are both designed with one wheel. Based on fuzzy algorithm, ergonomics principles and gyroscopes, it requires the rider’s flexible phsical movements. For Q3, it’s a mini twin-wheeled electric scooter.

After the presentation of Linda, the rest attendees were expressed the strong desire to try the two-wheeled electric scooters. According to the demand, Airwheel Test Day was held on January 13th, 2016. The available time was from 12:00pm to 18:00pm. On that day, lots of onlookers came to the site for trying vehicles to experience the fun brought by wheels.

Previous:Airwheel A3 Sitzhaltung selbststabilisierendes Roller kommt auf zwei Rädern World
Next:Auf die Frage der Sicherheit von selbststabilisierendes Elektroroller