Outdoor sports 16 inch single wheeled self balancing electric vehicle scooter 120kg
| Place of Origin: | Zhejiang |
|---|
Company Profile
| Location: | Shenzhen, Guangdong, China (Mainland) |
|---|---|
| Business Type: | Manufacturer |
| Main Products: | E Balance Scooter, Self Balancing Electric Unicycle, One Wheel Electric Scooter |
Product Description
Outdoor sports 16 inch single wheeled self balancing electric vehicle scooter 120kg
Quick Details:
1, Place of Origin: China
2, Brand Name: Sologear
3, Certification: CE,FCC and ROHS
4, Model Number: G2-30
Specifications :
|
Dimension |
455*156*500mm |
|
N.W |
13.5kg |
|
Charger |
AC 220V 50-60hz European, US Standard |
|
Tire |
16 in/Φ 407mm (Aluminum Alloy Rim) |
|
Max Load |
120kg |
|
Max Speed |
18km/h |
|
Max Mileage |
30-35km |
|
Battery lifetime |
Over 1000 cycles |
|
Max Height Of On Ground |
110mm |
|
Battery |
260wh |
|
Safe climbing angle |
18° |
|
Charging Time |
2h |
|
Suitable temperature |
-10~50° |
Description:
The product cool designed specially for Young sporter. It supports mobile APP LOPO software ,
lopo can adjust the LED light, view speed ,driving distance etc.
The colorful LED and excellent performance gives cool and modern high technology feeling. its sporter’s love.
The compact size can bring to everywhere such as to the office, classroom, restaurants,
buses and metros or subways.
A built-in carrying handle makes it convenient to quickly pick up when you get to the stairs.
By foot pedal folded, it does not take up more space than a briefcase, when you put it in your car or home.
The industry's first interactive intelligent self-balancing unicycle, comfortable extremely strong unicycle!
This self-balancing electric unicycle scooter was designed and production in China.
The unicycle intelligent system balances you automatically.
The on-board gyroscopes and inertial monitoring make corrections to the motor speed
and power hundreds of times per second.
it is the latest high-tech means of transport adopting aerospace attitude control theory, fuzzy algorithm,
and gyroscope system to achieve balance by forward and backward leaning.
Users can control the vehicle to go forward, accelerate, decelerate, brake or others, by inclining forward