ELECTRIC Scooter NEOLINE T23
Lightweight, ergonomic and powerful enough urban model. It is equipped with an excellent frame, and the front axle is made of high-strength material - aircraft aluminum.
MOTOR WHEEL
The motor wheel is located on the rear wheel, which provides the following advantages:
- The ability to use without limitation the full power of the electric brake;
- The location of the battery and power wires in the deck of the electric scooter;
- Ensuring the rise of the rider uphill with a large angle;
- Better control on slippery surfaces;
- Lack of slippage when following the climb.
WHEELS
The wide 10 ”front and 10.5” rear wheels of the NEOLINE T23 model have a wide tread that provides better grip in difficult conditions (road marking, wood flooring, wet asphalt, tile) due to a larger contact patch with the road surface, more effectively dampen vibrations and easy to repair, ideal for all types of coatings.
BRAKING MECHANISMS
The NEOLINE T23 model is equipped with two types of brakes - a rear hand disc brake and an electronic one. The sensitive response of the electronic brake allows you to actively reduce the speed.
FOLDING MECHANISM
Folding the frame of the electric scooter takes place in just one action by means of a button located on the front of the steering column.
The mechanism is made like a dovetail, which together with aviation aluminum will ensure the reliability and durability of the movable mechanism from the appearance of backlash.
RELIABILITY OF COMMUTATION CONNECTIONS
The switching wires and brake cables are removed in the frame of the electric scooter. Such laying of wires and cables ensures their safety and minimizes the risk of damage during operation.
DISPLAY INFORMATION
Informative display for displaying information about the status of the battery charge, the selected speed mode, current speed, distance traveled and the running status of the navigation lights.
LIGHTING
The NEOLINE T23 model has built-in rear running lights, and the front LED lamp has the ability to adjust the brightness of the glow and adjust the angle of the light flux.