The Conceptual 'Carbo' Crutch by Hesham El-sheikh is Advanced
Michael Hemsworth — March 9, 2023 — Lifestyle
References: yankodesign
The conceptual 'Carbo' crutch has been designed by Hesham El-sheikh as a mobility aid that incorporates an unexpected inspiration to provide users with a more intuitive experience. The crutches draw aesthetic and functional inspiration from the form of an ostrich to make for a more intuitive walking experience when on a flat surface or climbing stairs. The crutches are constructed using carbon fiber as the main material to prioritize a lightweight form that is also inherently rigid.
The conceptual 'Carbo' crutch attaches onto the arm with a handle below for the hand to prioritize a comfortable experience, while also allowing for a height-adjustable form. The crutches take a decidedly advanced approach to mobility device design and would work diligently to enhance the person's quality of life.
The conceptual 'Carbo' crutch attaches onto the arm with a handle below for the hand to prioritize a comfortable experience, while also allowing for a height-adjustable form. The crutches take a decidedly advanced approach to mobility device design and would work diligently to enhance the person's quality of life.
Digital Detox Travel Hardware
Consumers are adopting dumbphones and single-purpose gadgets as essential travel hardware to minimize digital distractions during summer trips.
Question 1
During a summer leisure trip, have you ever left your usual smartphone behind and used only a basic phone or "dumbphone" with limited functions?
Question 2
What was the MAIN reason you used this type of device during your trip?
Question 3
On a future leisure trip, how likely would you be to leave your smartphone behind and use only a basic phone with limited functions?
Trend Themes
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Bio-inspired Mobility Aids — Create mobility aids that draw aesthetic and functional inspiration from natural forms to provide users with a more intuitive walking experience.
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Lightweight Carbon Fiber Construction — Develop mobility aids that prioritize lightweight, rigid carbon fiber construction for enhanced user mobility and comfort.
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Advanced Mobility Device Design — Design mobility aids that take a decidedly advanced approach to enhance the user's quality of life.
Industry Implications
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Medical Devices — Opportunities to disrupt the medical device industry by creating innovative, bio-inspired, lightweight mobility aids.
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Rehabilitation — Opportunities to disrupt the rehabilitation industry by developing advanced, intuitive mobility aids for users recovering from injury or surgery.
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Personal Mobility — Opportunities to disrupt the personal mobility industry by creating stylish, advanced mobility aids that cater to a wider range of users with mobility issues.
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