The MORPH Adaptive Sole Changes to Fit Your Footwear Needs
Amelia Roblin — December 12, 2013 — Fashion
References: felipe-castaneda & red-dot.sg
The most common of orthodics might become things of the past with the introduction of the MORPH Adaptive Sole. This ingenious running shoe component would be able to modify itself automatically according to the wearer's immediate requirements. The owner would not need to initiate such adjustments manually, for the sneakers' bottoms would recognize any weaknesses and work to remedy them at once.
A winning entry in the 2013 Red Dot Design Awards, Felipe Castañeda's innovative idea is centered on the use of electroactive polymer cells within the makeup of the MORPH Adaptive Sole. Able to detect pressure, the material deflects to provide great grip, tailored specifically to the terrain on which you've chosen to jog. Customized support also means that you can exercise for longer while avoiding pain and possible injury.
A winning entry in the 2013 Red Dot Design Awards, Felipe Castañeda's innovative idea is centered on the use of electroactive polymer cells within the makeup of the MORPH Adaptive Sole. Able to detect pressure, the material deflects to provide great grip, tailored specifically to the terrain on which you've chosen to jog. Customized support also means that you can exercise for longer while avoiding pain and possible injury.
Trend Themes
1. Adaptive Footwear - The MORPH Adaptive Sole showcases the potential for footwear that can automatically adjust to the wearer's needs.
2. Electroactive Polymers - The use of electroactive polymer cells in the MORPH Adaptive Sole presents an opportunity for developing innovative materials in various industries.
3. Personalized Support - The customized support offered by the MORPH Adaptive Sole highlights the demand for products that prioritize comfort and injury prevention.
Industry Implications
1. Athletic Footwear - The MORPH Adaptive Sole introduces the possibility of disruptive innovation in athletic footwear by offering personalized and adaptable support.
2. Medical Devices - The application of electroactive polymer cells in footwear could potentially lead to advancements in orthopedic and therapeutic devices.
3. Sports Performance Technology - The MORPH Adaptive Sole demonstrates the potential for incorporating intelligent materials into sports performance equipment, paving the way for enhanced athletic performance.
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