The Ninebot KickScooter MAX Offers Over 40 Miles of Range Per Charge
Michael Hemsworth — May 23, 2019 — Autos
The Ninebot KickScooter MAX electric scooter is a robust transportation solution for urban consumers that will enable them to get around town on their own terms in an eco-friendly fashion. Powered by Segway technology, the scooter is capable of offering up to 40 miles of range per charge to make it perfect for commuting. The unit can reach a stop speed of 18.6 mph, handle inclines up to 15% and supports riders weighing up to 220 pounds.
The Ninebot KickScooter MAX electric scooter has 10-inch pneumatic tires for easily tackling an array of terrains, while the built-in charger allows riders to power up wherever they go. This eliminates the need for bulky charging equipment to let riders charge the scooter at any point in their day.
The Ninebot KickScooter MAX electric scooter has 10-inch pneumatic tires for easily tackling an array of terrains, while the built-in charger allows riders to power up wherever they go. This eliminates the need for bulky charging equipment to let riders charge the scooter at any point in their day.
Trend Themes
1. Charger-embedded Escooters - Incorporating charging capability into eScooters presents opportunities to create more sustainable, efficient modes of personal transportation.
2. Urban Commuting Escooters - Designing eScooters specifically for urban commuting can provide a solution to traffic, parking, and environmental issues in cities.
3. High Mileage Escooters - Creating eScooters with longer ranges per charge allows for more seamless and convenient commuting experiences.
Industry Implications
1. Personal Transportation - The electric scooter market presents an opportunity to disrupt traditional modes of personal transportation.
2. Alternative Energy - Incorporating electric scooters as a viable mode of transportation presents opportunities to innovate in the alternative energy space.
3. Smart Cities - The increasing use of eScooters in cities presents an opportunity to design more efficient and eco-friendly urban transportation systems.
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