NIU drops poker at EICMA: N-GTX, N-GT, NU Pro and Project

NIU – On the occasion of the 75th edition of EICMA, NIU unveils the new line of electric scooters, characterized by greater power and autonomy compared to previous models in the range: N-GTX, N-GT, NU Pro e Project X. "We designed these two new models to meet the needs of those looking for a driving experience characterized by greater power – said Token Hu, co-founder of NIU -. GTX and GT offer speed, range and power combined with an attractive design and rapid acceleration. We are excited to present Project".

NIU N-GTX It has an estimated autonomy of 180km in urban areas. The GTX scooter offers an even wider range of usage options than previous models. With a maximum speed of 100 km/h, this model recharges via any electrical socket and will contribute to significantly expanding the catchment area for electric and connected vehicles.

With a similar design to the N series scooters, NIU N-GT it offers more power than its smaller brother NS1, with a maximum speed of 80 km/h and a range of over 130km. Charging, which takes 6 hours, can be done via any electrical outlet.

The scooter NIU-U Pro it was designed for urban use and is ideal for daily travel. It offers a range of 70km, reaches the maximum speed of 45 km/h in just a few seconds and allows a complete recharge of the removable battery in 7 hours.

The latest addition to the range is the concept NIU Project, characterized by a maximum speed of 120 km/h and a range of 160km, with which NIU enters the "scooter motorcycle" category. Project X's on-board technology will have an Android operating system and an innovative touchscreen display.

This new line confirms NIU's collaboration with trusted partners such as Bosch e Panasonic. Furthermore, the application NIU E-Scooter – available on the App Store and Google Play – allows users to stay constantly connected with their vehicles. Thanks to the integrated GPS, the application sends users notifications regarding battery level and malfunctions, or if unauthorized movement of the scooter is detected.