Yves Béhar Designs ‘Version Eleven’ Smart Electric Mobility Scooter for Unagi

Yves Béhar Designs ‘Version Eleven’ Smart Electric Mobility Scooter for Unagi

Yves Béhar Designs 'Model Eleven' Smart Electric Scooter for Unagi

Yves Béhar has developed a ‘smart’ electric scooter for Unagi, a firm redefining urban, local travel with its best-of-breed mobile electric scooters. The design sets a new standard for transportability, power, and convenience, pushing the boundaries of the scooter typology. It flaunts developments in material science, mechanical engineering, and also technology.

Free from any visible screws, uncovered cables, or bolted-on elements, the scooter supplies both a smooth ride as well as a form factor. Every inch was made with the rider in mind, from balance to thumb controls to excellent carry-ability.

The ingenious use of lengthy carbon fiber allows for flexible shaping and incredible strength while reducing weight. Typically used in aerospace applications, the material makes complicated geometries and transitions that would otherwise be extremely tough to achieve. This development in material science causes the lightest full-suspension mobility scooter on the market.

Unagi Model Eleven
dexigner.com

The scooter’s intelligent features include Google’s turn-by-turn directions from the built-in audio system, Integrated ‘Collision Protect A.I.,’ Integrated Activity Sensing Unit with Alarm System, and GPS tracking with Remote Kill Capability. The Model Eleven knows the distinction between a stop sign, stoplight, person, vehicle, or inanimated object and provides both specific warnings with its integrated audible and visual warnings on display.

“Public transport in the urban landscape is transforming. As designers, we have an opportunity to find an answer that is particularly made for a city landscape,” claimed Yves Béhar. “We made the Unagi scooter to be high-performance and safe, sturdy as well as beautiful, and lightweight as well as ergonomic. Ultimately we wish this electric scooter to be our go-to for city mobility.”


Read the original article on Dexigner.

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