The conceptual 'A R C _ Electric' kickboard has been designed by Jaekyoung Oh as an ultra-modern transportation solution for the modern urbanite that can be easily changed to suit the needs of individual riders. The minimalist scooter keeps practicality in mind and can be used in either standing mode or riding mode, depending on the needs of the rider. The fingerprint scanner will deliver biometric security protection to help ensure riders don't have to worry about leaving the scooter unattended.
The conceptual 'A R C _ Electric' kickboard highlights efficiency and modernist design, which is further enhanced with red and yellow detailing on the handlebars to help offer just a touch of playfulness that helps to balance out the futuristic frame.
What's Driving This Trend
- Adjustable Transportation Solutions
- The development of biometric electric scooters with adjustable features disrupts traditional modes of personal transportation.
- Biometric Security Protection
- The incorporation of fingerprint scanners on electric scooters holds potential for disrupting the security industry by expanding the use of biometric technology.
- Minimalist Urban Transportation
- The creation of ultra-modern, minimalist electric scooters for urbanites has the potential to disrupt the transportation industry by challenging traditional car culture and promoting sustainable alternatives.
Who This Affects Most
- Personal Transportation
- The development of adjustable and biometric electric scooters has the potential to disrupt the personal transportation industry and promote more sustainable and efficient modes of travel.
- Security Technology
- The integration of biometric security features in electric scooters presents a disruptive innovation opportunity for the security technology industry to expand the use of biometrics beyond traditional settings.
- Urban Mobility
- The creation of minimalist, ultra-modern electric scooters for urbanites has the potential to disrupt the urban mobility industry and challenge traditional car culture with a more sustainable and efficient alternative.
