Public Release: 

Fluid-driven artificial muscles

Proceedings of the National Academy of Sciences

Researchers report a fluid-driven artificial muscle that incorporates a compressible skeleton architecture, a flexible skin covering, and a fluid medium to direct the action of the muscle; the artificial muscle can be manufactured with various materials at multiples scales and execute motions including bending, contraction, and torsion, with the ability to contract more than 90% of its initial length and generate stresses of approximately 600 kPa, according to the authors.

Article #17-13450: "Fluid-driven origami-inspired artificial muscles," by Shuguang Li et al.

MEDIA CONTACT: Shuguang Li, Harvard University, Massachusetts Institute of Technology, Cambridge, MA; tel: 607-882-0094; email: <lisg@seas.harvard.edu>; Robert Wood, Harvard University, Cambridge, MA; tel: 617-496-1341; email: <rjwood@seas.harvard.edu>; Daniela Rus, Massachusetts Institute of Technology, Cambridge, MA; tel: 617-258-7567; email: <rus@csail.mit.edu>

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