Humans have needed prosthetics ever since the first caveman realized that without taking risk you are not going to receive a reward... or as they would have said it, "Mammoth, eat."
Injuries, accidents and tragedies occur, it is just part of life. And now, thanks to engineers at the University of Michigan, we have one more way to help solve some of the problems which go along with injury. These new bionic feet are actually powered and have the ability to return some of the impact energy generated while walking. These bionic feet are definitely another step in the right direction.
Cyborg Boots
Michigan Engineers Take Us One Step Closer to Bionic Feet
Trend Themes
1. Bionic Feet - Disruptive innovation opportunities lie in developing advanced bionic feet with improved energy return capabilities.
2. Prosthetics - Opportunities for disruptive innovation exist in creating more advanced prosthetics that can assist individuals with mobility and impact energy conservation.
3. Bioengineering - Disruptive innovation can be explored in the field of bioengineering to develop more efficient and integrated bionic solutions for human locomotion.
Industry Implications
1. Medical Devices - The medical device industry can capitalize on developing advanced bionic feet and prosthetics to assist individuals with mobility and injury recovery.
2. Rehabilitation - The rehabilitation industry can embrace disruptive innovation by utilizing advanced bionic feet and prosthetics in their therapy programs to enhance patient recovery and functionality.
3. Sports and Athletics - Disruptive innovation opportunities exist in the sports and athletics industry by incorporating advanced bionic feet and prosthetics to enhance performance and prevent injuries.