WHILL is committing itself to make airports more accessible by introducing ints autonomous power chairs. The chairs were tested at Mineta San José International Airport. Passengers can easily ride the chairs for free by selecting a destination on the chair's intuitive and user-friendly screen.
Once the destination is set, the device independently navigates through the terminal to its gate. When the passenger climbs off, the chair drives itself back to its base at the Security Checkpoint. The power chairs are packed with safety features. It includes an automatic collision avoidance system to ensure the safety of its riders. Thus far, WHILL has implemented the autonomous devices at various airports around the world, including Haneda InternationalAirport in Tokyo.
Autonomous Airport Mobility Chairs
WHILL is Making Airports More Accessible with its Power Chairs
Trend Themes
1. Autonomous Mobility Chairs for Airports - WHILL's autonomous power chairs are disrupting the airport mobility industry by offering an accessible and user-friendly solution for passengers with mobility disabilities.
2. Intuitive Navigation Systems for Wheelchairs - The autonomous navigation system in WHILL's power chairs is a disruptive innovation for the accessibility industry that can be applied to other mobility devices.
3. Safety Features in Mobility Devices - WHILL's power chairs feature an automatic collision avoidance system that can shape the future of safe and secure mobility solutions.
Industry Implications
1. Airports - WHILL's autonomous power chairs are already being implemented in various airports around the world, and can disrupt the airport mobility industry by improving accessibility for passengers with mobility challenges.
2. Mobility and Accessibility Technology - The intuitive navigation system and safety features in WHILL's power chairs can be applied to other mobility devices, including scooters and other personal transportation devices.
3. Assistive Technology - WHILL's power chairs cater specifically to individuals with mobility disabilities, and represents a disruptive innovation in the assistive technology industry.