Florida State University’s Emmanuel Collins has brought the battlefield to the wheelchair by incorporating terrain-sensing technology originally made for military robots. The technology will help facilitate safer, easier, and more helpful controls.
The technology being used in the chairs is so advanced that it could detect both hazardous obstacles, and adjust its speed and driving pattern accordingly. It's a concept so well-received that Emmanuel Collins has been awarded funding from the US Army. The first large-scale production of these amazing devices could begin as soon as 2016.
Terrain-Sensing Wheelchairs
Emmanuel Collins Uses Military Tech To Level The Playing Field
Trend Themes
1. Terrain-sensing Technology - The integration of terrain-sensing technology in wheelchairs creates opportunities for improved safety and control.
2. Military Tech Adaptation - The adaptation of military technology for civilian use in wheelchairs opens doors for innovative applications in other sectors.
3. Smart Mobility Solutions - The development of smart wheelchairs with terrain-sensing capabilities presents opportunities for advancements in the broader mobility industry.
Industry Implications
1. Medical Devices - The application of terrain-sensing technology in wheelchairs disrupts the medical devices industry by improving functionality and user experience.
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3. Robotics - The incorporation of terrain-sensing technology originally designed for military robots creates new possibilities for disruptive innovation in the robotics industry.