The Rex is a set of bionic legs hailing from a lab in New Zealand that may potentially replace wheelchairs in the future. Although the wheelchair will forever aid many handicaps and injured individuals, the fact that the Rex can simulate the motion of walking is undeniably beneficial and desirable.
Although you can see the Rex in action via the video above -- watch Hayden Allen use his legs for the first time in five years -- it is currently too expensive to put on the market at about $150,000 for a set.
Bionic Legs
In the Future, the Rex Could Replace the Wheelchair
Trend Themes
1. Bionic Leg Technology - The development of bionic legs like the Rex presents disruptive innovation opportunities for the field of prosthetics by offering a more advanced and realistic mobility solution for individuals with mobility limitations.
2. Assistive Robotics - The emergence of assistive robots like the Rex highlights disruptive innovation opportunities in the healthcare industry, providing improved mobility and independence for individuals with disabilities.
3. Augmented Mobility - The concept of augmented mobility, as demonstrated by the Rex, opens up disruptive innovation opportunities for the transportation industry by potentially replacing traditional wheelchairs with advanced bionic leg technology.
Industry Implications
1. Prosthetics - The prosthetics industry can explore disruptive innovation opportunities by integrating bionic leg technology like the Rex to enhance mobility and offer a more natural walking experience for amputees or individuals with impaired mobility.
2. Healthcare - The healthcare industry can seize disruptive innovation opportunities by incorporating assistive robotics such as the Rex to improve patient rehabilitation and enhance the quality of life for individuals with mobility limitations.
3. Transportation - The transportation industry can explore disruptive innovation opportunities by incorporating augmented mobility solutions like the Rex to revolutionize accessible transportation for those with mobility challenges.