#biomimicry

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#soft-robotics
fromScienceDaily
2 weeks ago
OMG science

Engineering a robot that can jump 10 feet high -- without legs

Georgia Tech's soft robot, inspired by nematodes, can jump high without legs.
fromScienceDaily
3 months ago
Science

'Embodied energy' powers modular worm, jellyfish robots

Development of soft robots inspired by aquatic life, leveraging 'embodied energy' for enhanced performance and efficiency.
fromArs Technica
7 months ago
OMG science

Octopus suckers inspire new tech for gripping objects underwater

Virginia Tech scientists are developing switchable adhesives inspired by octopus suckers, enhancing underwater technology for gripping various objects.
fromScienceDaily
3 months ago
Science

'Embodied energy' powers modular worm, jellyfish robots

Development of soft robots inspired by aquatic life, leveraging 'embodied energy' for enhanced performance and efficiency.
fromArs Technica
7 months ago
OMG science

Octopus suckers inspire new tech for gripping objects underwater

Virginia Tech scientists are developing switchable adhesives inspired by octopus suckers, enhancing underwater technology for gripping various objects.
more#soft-robotics
#robotics
OMG science
fromArs Technica
2 months ago

We've figured out the basics of a shape-shifting, T-1000-style material

Researchers developed cell-like robots that can shapeshift and interact in complex ways, inspired by biological systems.
Miscellaneous
fromArs Technica
3 months ago

This mantis shrimp-inspired robotic arm can crack an egg

Mantis shrimp inspire robotics with unique biomechanical mechanisms for improved motion and reduced wear in robotic applications.
Bootstrapping
fromScienceDaily
1 month ago

Squirrel-inspired leaping robot can stick a landing on a branch

Engineers are developing agile robots inspired by squirrel biomechanics to navigate challenging environments and improve disaster response capabilities.
fromYanko Design - Modern Industrial Design News
2 weeks ago
OMG science

Tiny, winged robot jumps instead of flying - Yanko Design

Robots are increasingly inspired by nature, leading to innovative movement technologies.
A new tiny robot uses wing-assisted hopping to achieve agility and energy efficiency.
fromScienceDaily
5 months ago
Design

Bird-inspired drone can jump for take-off

RAVEN's design enables drones to transition between flying and walking, making them suitable for varied environments.
OMG science
fromArs Technica
2 months ago

We've figured out the basics of a shape-shifting, T-1000-style material

Researchers developed cell-like robots that can shapeshift and interact in complex ways, inspired by biological systems.
Miscellaneous
fromArs Technica
3 months ago

This mantis shrimp-inspired robotic arm can crack an egg

Mantis shrimp inspire robotics with unique biomechanical mechanisms for improved motion and reduced wear in robotic applications.
Bootstrapping
fromScienceDaily
1 month ago

Squirrel-inspired leaping robot can stick a landing on a branch

Engineers are developing agile robots inspired by squirrel biomechanics to navigate challenging environments and improve disaster response capabilities.
fromYanko Design - Modern Industrial Design News
2 weeks ago
OMG science

Tiny, winged robot jumps instead of flying - Yanko Design

Robots are increasingly inspired by nature, leading to innovative movement technologies.
A new tiny robot uses wing-assisted hopping to achieve agility and energy efficiency.
fromScienceDaily
5 months ago
Design

Bird-inspired drone can jump for take-off

RAVEN's design enables drones to transition between flying and walking, making them suitable for varied environments.
more#robotics
#architecture
more#architecture
Miscellaneous
fromWIRED
3 months ago

Science Has Spun Spidey's Web-Slinging Into Reality

Scientists are making real the gadgets of our childhood fantasies, such as remote adhesives inspired by Spider-Man's web-slinging.
Marco Lo Presti's accidental creation of strong, sticky webs opens new possibilities in materials science.
fromOpen Culture
5 months ago
Online learning

The Engineering of the Strandbeest: How the Magnificent Mechanical Creatures Have Technologically Evolved

The Strandbeest project exemplifies the intersection of art, engineering, and biological principles, emphasizing adaptation and evolution in artificial constructs.
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