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Insect-Inspired Robots Monitor Complex Environments

Researchers at the University of Pittsburgh have designed tiny insect-inspired robots that can be used in complex and tight environments hard to reach by humans.  The new research titled “Molecularly Directed, Geometrically-Latched, Impulsive Actuation Powers Sub-Gram Scale Motility” was publishe

Mohsen-tabrizi , Junfeng-gao , Ravi-shankar , Swanson-school , University-of-pittsburgh , Swanson-school-of-engineering , Impulsive-actuation-powers-sub-gram-scale , Advanced-materials , Molecular-order ,

Research makes big leap for insect-inspired robots

Insect-inspired robots that operate in hard-to-reach spaces and inhospitable environments have been developed at the University of Pittsburgh.

Mohsen-tabrizi , Junfeng-gao , M-ravi-shankar , Swanson-school , M-ravi-shankar-lab-credit , University-of-pittsburgh , Shankar-research-group , Swanson-school-of-engineering , Molecularly-directed , Geometrically-latched , Advanced-materials ,

Insect-Inspired Robots Designed to Monitor Hard-to-Reach Areas

Insects can squeeze through the smallest cracks, fit comfortably into constricted spaces, and survive in extreme environments. Basically, there are not many spaces that are out-of-bounds to an insect.

Mohsen-tabrizi , Junfeng-gao , Ravi-shankar , M-ravi-shankar , Study-co , University-of-pittsburgh , Swanson-school-of-engineering , Study-lead , Phd-student , Industrial-engineering , Swanson-school , Study-co-author