Power across sand or gravel, climb stairs or balance at eye level. The iBot Mobility System redefines the capabilities of a wheelchair enabling the disabled.
Implications - The iBOT uses gyroscope technology, which are motion sensors that helps maintain a stable balance. These are controlled via sensors, software components and computers. Once the computer receives a signal from the gyroscopes, the information is then processed to tell the motors how to move the wheels in a stable manner. Best of all, the chair interacts with you. So if you lean forward, it leans with you--lean backwards and it will follow your move. the iBOT also "includes built-in triple redundant backup systems, as well as auditory and visual signals to provide even more safety and assurance," according to the company.
Stair Climbing Robot Wheelchair
The iBot Mobility System
Trend Themes
1. Gyroscope Technology - The use of gyroscope technology in mobility systems can revolutionize the capabilities of wheelchairs for the disabled.
2. Motion Sensor Integration - Integrating motion sensors with software components and computers can enable wheelchairs to maintain stable balance and interact with users.
3. Triple Redundant Backup Systems - The incorporation of triple redundant backup systems in wheelchairs can significantly enhance safety and assurance for users.
Industry Implications
1. Assistive Technology - The iBOT Mobility System demonstrates disruptive innovation opportunities in the assistive technology industry by redefining the capabilities of wheelchairs.
2. Healthcare - The integration of gyroscope technology and motion sensors in wheelchairs presents disruptive innovation opportunities in the healthcare industry to enhance mobility for disabled individuals.
3. Robotics - The use of gyroscope technology and triple redundant backup systems in the iBOT Mobility System showcases disruptive innovation possibilities in the robotics industry for creating advanced mobility solutions.