The 'supervelcro' based on FEATHERS

The 'supervelcro' based on FEATHERS: New study of how birds fly set to lead to everything from better adhesives to redesigned aircraft wings Researchers 3D-printed structures to mimic feathers' vanes, barbs and barbules  Could lead to a new 'supervelcro' material far stronger than current designs

By Mark Prigg For Dailymail.com

Published: 22:36 GMT, 16 January 2019 | Updated: 22:44 GMT, 16 January 2019

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Researchers studying the structure of bird feathers have revealed some of the secret of of flight - and say it could lead to a new generation of materials for humans.

They say the unique arrangement of barbs on the feather could lead to a new 'supervelcro' material far stronger than current designs.

It could also revolutionize aircraft wing design, improving airflow and lift.

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The unique arrangement of barbs on bird feathers cold lead to a new 'supervelcro' material far stronger than current designs. Researchers at UC San Diego 3D-printed structures that mimic the feathers' vanes, barbs and barbules to better understand their properties

The unique arrangement of barbs on bird feathers cold lead to a new 'supervelcro' material far stronger than current designs. Researchers at UC San Diego 3D-printed structures that mimic the feathers' vanes, barbs and barbules to better understand their properties

Researchers at UC San Diego 3D-printed structures that mimic the feathers' vanes, barbs and barbules to better understand their properties- for example, how the underside of a feather can capture air for lift, while the top of the feather can block air out when gravity needs to take over. 

'The first time I saw feather barbules under the microscope I was in awe of their design: intricate,

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