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NIU N-GT

NIU N-GT
NIU N-GT 85
NIU N-GT 85
NIU N-GT 85
NIU N-GT 85
NIU N-GT 85
NIU N-GT 85
con4-bg 85
NIU N-GT 85
Battery18650 Lithium
Range100 km
Charge Time3.5 hours
Power3 kW (4 hp)
Price€4.324
Regenerative brakes
Removable battery
made in China  

Specifications

BrandNIU
ModelN GT
SpeedMotorcycle
Power3 kW (4 hp)
Weight105 kg
Battery18650 Lithium
Battery Life1,000 cycles
Range100 km
Charge Time3.5 hours
 

The NIU N-GT is an electric smart scooter created by an innovative Chinese company that is founded by the former CTO of Baidu (the Chinese Google) and a former employee of Microsoft. Their purpose is to create a high quality electric scooter with the latest technologies and design.

The N-GT is a special version of the N-Series (N1s) designed for speed. The scooter is calssified as a light motorcycle.

The scooter has a powerful 3,000 watt Bosch electric motor that is optimized to provide instant torque for exceptional fast acceleration. The top speed of the scooter is 70 km/h.

The NIU N-GT is provided with two removable Lithium batteries of 35Ah (70Ah total) of type 18650 from Panasonic, the same battery type that is used in the Tesla Model S. The high quality batteries provide a true driving range of 100km while driving 70km/h. The scooter offers 3 driving modes: Sport, Dynamic and E-Save. When using E-Save mode, the driving range can be extended to 170km.

The scooter is provided with a built-in dual battery charger that enables to charge two batteries simultaneously. The batteries can be fully charged in 3.5 hours.

The scooter has a customizable multi-color dashboard.

The scooter contains 32 sensors that pro-actively diagnose the state of the scooter. The scooter is connected to a service cloud that monitors the scooter for potential issues and that advises the rider to visit a service station for pro-active service to prevent costly maintenance. The system also automatically updates the software to provide the scooter with new features and it provides the rider with the ability to remotely monitor the vehicle diagnostics and it functions as a GPS anti-theft system.

Smart Scooter

The N-GT is a true smart scooter that connects to a smart phone. Everything from battery monitoring to GPS to ride history, the NIU app keeps the driver connected and up-to-date with the whereabouts and health of the N-GT. The app provides in an anti-theft system that warns the driver when the scooter is moved. With GPS it is possible to track the position of the scooter in real time.

De N-GT has front and rear disc brakes. The scooter has a Kinetic Energy Recovery System (KERS) or regenerative braking in which energy from braking is returned to the battery.

The N-GT is available in many colors including the original GT-race colors.

 

2019 NIU models

N GTNIU N-GT 100
€4.324
18650 Lithium
100 km
N-cargoNiu N Cargo electric delivery scooter 100
€2.999
18650 Lithium
90 km
N1sNIU N1s 100
€2.824
18650 Lithium
70 km
M ProNIU M1 100
€2.499
18650 Lithium
100 km
M+NIU M+ smart scooter 100
€2.424
18650 Lithium
90 km
M SNIU M1 100
€1.999
18650 Lithium
70 km
UNiIU U-Series U1 Blue 100
€1.724
18650 Lithium
35 km
M GTNIU M GT electric scooter 3000 watt 100
Unknown
18650 Lithium
135 km
N GT ProNIU N GT Pro electric scooter 3000 watt 100
Unknown
18650 Lithium
150 km
U GT ProNIU U GT Pro electric scooter 100
Unknown
18650 Lithium
85 km
 

Distributor

Niu Technologies Group Ltd.
Shanghai, China
business@niu.com

Import

Is information incorrect or do you have a tip? Please let us know.
Email: info@e-scooter.co


 
 
Electric Scooter: clean air / healthy city air

Disc Brakes: air pollution

Air Pollution by Disc Brakes causes 20% of the total emissions by a standard car and the pollution (ultra-fine dust) is more toxic for humans than exhaust fumes.

"Vehicle tailpipe emissions are going down, but the emissions from disc brakes will remain to some extent, even if you drive an electric car," Weber said. "Therefore, this kind of process will continue to play out in the future and will be an important consideration when we look at the health effects of particulate matter." (Phys.org)