Researchers are developing a variable-stiffness-morphing wheel inspired by liquid droplet surface tension, allowing access to uneven terrains and overcoming obstacles.
The deformable wheel features a 'smart chain structure' that adapts to surfaces, enabling wheelchairs to traverse grassy and uneven grounds successfully.
Despite promising early results, challenges remain, such as susceptibility to dust and particles damaging the smart chain blocks of the wheels.
This innovative technology shows potential for enhancing mobility devices, significantly aiding users who face limitations with traditional wheels on challenging terrains.
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