Firstly, the range and load will be discussed. Similar to the relationship of fuel consumption and cargo load, the range of the Airwheel electric scooter per charge is related to the rider’s body weight, road condition, outdoor temperature and speed. For example, if the rider’s body weight is approximately 60 kg (133 lbs) and he/she rides on a smooth surface at a constant speed of approximately 7 km/h (4.4 m/hr). The approximate range would be 45 km to 50 km (27 miles to 31 miles). Please note that the range will drop by 1.5 km to 2 km (.93 mile to 1.24 miles) for each increase in weight by 10 kg (22 lbs).

Secondly, the tire pressure should range between 28 – 31 psi (2 – 2.2 kg/cm2). High tire pressure at 31 psi will contribute to smaller friction force and longer battery range. Lower tire pressure at 28 psi will contribute to a smoother ride.

Thirdly, The Airwheel S series is recommended to be lifted by two adults. When lifting the Airwheel, always hold the Airwheel with one adult grabbing hold at the front part of the unit and another adult grabbing hold at the battery case on the underside at the rear of the unit. When storing the Airwheel make sure to power the unit OFF. If storing the Airwheel self-balancing two wheels scooter in a car trunk, make sure to remove the Control Shaft first. If the Control Shaft can fold, please fold before entering the unit into the car trunk.

Lastly, when charging the Airwheel self-balancing electric scooter, turn OFF the Master Power Button on the Foot Platform. Next, connect the charging cord to the charging unit (black box) and then plug it into the wall receptacle. You should see a green LED light on the charging unit. Now you can connect the charging connector to the Foot Platform (under the rubber cover). The LED light on the charging unit will change to red. Once the charging process is completed, the LED light will return to green.

Media Contact:
Company Name: Airwheel Technology Holding (USA) Co., Ltd
Contact Person: Eric
Address: Los Angeles, California, USA
E-mail: [email protected]
Website: http://www.airwheel.net