Scooters are quickly becoming more commonplace amongst urban consumers seeking out a way to get around town on their own terms but often require riders to stand, so the conceptual 'ILY-Ai' wooden electric scooter is designed as a more accessible alternative.
The scooter has a wooden design that is outfitted with three wheels like a tricycle and capable of being comfortably sat on in a more upright position. This eliminates the need to stand, kneel or crouch to make it perfect for the elderly or those who have different mobility capabilities.
The conceptual 'ILY-Ai' wooden electric scooter is the design work of Mikiya Kobayashi and also boasts a safety sensor that will automatically stop the unit if it encounters an obstacle for increased protection.
Accessible Mobility Scooters
The Conceptual 'ILY-Ai' Wooden Electric Scooter is Well-Balanced
Trend Themes
1. Accessible Mobility Solutions - Developing mobility solutions that cater to different mobility capabilities, such as the 'ILY-Ai' wooden electric scooter, presents disruptive innovation opportunities.
2. Urban Personal Transportation - The rise of scooters as a means of urban transportation opens up opportunities for innovating new and accessible ways for people to get around.
3. Sustainable Transportation - The wooden design of the 'ILY-Ai' electric scooter highlights the potential for sustainable materials and eco-friendly solutions in the mobility industry.
Industry Implications
1. Mobility and Assistive Devices - The 'ILY-Ai' wooden electric scooter represents a disruptive innovation opportunity in the mobility and assistive devices industry by addressing diverse mobility needs.
2. Urban Transportation - Innovating within the urban transportation industry to provide accessible and convenient scooter options like the 'ILY-Ai' can lead to disruptive breakthroughs.
3. Sustainable Materials Manufacturing - The use of wood as a primary material in the 'ILY-Ai' scooter highlights the potential for disruptive innovation in sustainable materials manufacturing for transportation devices.