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Shape-shifting robot can squish into tight spaces

CU Boulder researchers have developed the Compliant Legged Articulated Robotic Insect (CLARI), which is designed to passively change its shape to work in tight environments, which could make it useful in emergency situations.

Berkeley
California
United-states
Heiko-kabutz
Casey-cass
Kaushik-jayaram
Chris-vavra
University-of-california
Paulm-rady-department-of-mechanical-engineering
Compliant-legged-articulated-robotic-insect
Intelligent-systems
Control-engineering

Tiny, Shape-Shifting Robot Can Squish Itself Into Tight Spaces

Tiny, Shape-Shifting Robot Can Squish Itself Into Tight Spaces
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Berkeley
California
United-states
Boulder
Colorado
Heiko-kabutz
Kaushik-jayaram
University-of-colorado-boulder
Paulm-rady-department-of-mechanical-engineering
University-of-california
Intelligent-systems
Compliant-legged-articulated-robotic-insect

Miniature Modular Origami Passive Shape-Morphing Robots

The so-called CLARI is the little, squishable robot that has the potential to passively alter its shape to squeeze via narrow gaps with a bit of inspiration from the world of bugs.

Berkeley
California
United-states
Boulder
Colorado
Kaushik-jayaram
Heiko-kabutz
Skyla-baily
Study-co
University-of-california
Paulm-rady-department-of-mechanical-engineering
Intelligent-systems

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