Jack is a young man who recently found his first job in a large factory. Every day he has to walk in huge warehouse to check the stock of some products. And he also has to walk from a warehouse to another warehouse. That is quite a challenge to him, even he is an energetic young man at his early 20s. When he clocks off work every time, he feels his legs are so exhausted. He couldn’t stand the situation anymore and he decides to do something. It’s impossible to ride a bike in a warehouse, let alone a car. And it’s too expensive for him to buy an electric mini car. He checked on the internet and found a perfect tool for his situation-an Airwheel electric self-balancing scooter.
Airwheel intelligent self-balancing scooter is an ideal short-distance tool with high performance/price ratio. It is a state-of-the-art means of transportation adopting aerospace attitude control theory, fuzzy software algorithm and gyroscope system to maintain balance by leaning forward and backward. Riders can control the scooter to go forward, accelerate, decelerate, and brake, etc. by leaning forward or backward. Similar to the techniques of riding a bicycle, riders achieve balance via slightly tilting sideways. Let’s take Airwheel Q1 scooter for an example. It could move at a top speed of 18km/h. three times the speed human walking. It could travel 18-23 km for a full charge which could be finished in a few hours. And the max weight the scooter can hold is 120kg, which is quite enough for regular use. It has to be a perfect choice for Jack.
Airwheel electric scooters also have three major protections for user’s safety, including tilting protection, speed control protection and low battery protection. And when battery is running at down the level of 15%, users will be warned to avoid sudden stop. All these make Airwheel scooters a safe and convenient short distance vehicle.
Media ContactCompany Name: Airwheel Technology Holding (USA) Co., Ltd.
Contact Person: Mr. Tang
Email:Send Email
Phone: +8618861270200
City: LA
State: CA
Country: United States
Website: http://www.airwheel.net/
