Based on current trends, it is evident that non-gasoline personal mobility solutions will become smarter and more compact for short-distance commuting within cities. Consequently, a significant portion of the population will opt for non-gasoline locomotion, effectively "surfing" through modern urban areas.
Considering this shift, it becomes crucial to focus on designing non-gasoline locomotion options with compatibility in terms of space-saving and sharing features. By doing so, shared mobility spaces can accommodate more devices, resulting in a more efficient and sustainable city transportation system.