1080pEELS: a snake robot for passages through ice
A segmented robot combines rotating screw propulsion with environmental mapping in ground tests on ice, snow, sand and glacier passages.

Navigate winding paths to observe and manipulate within limited space.
NASA/JPL-Caltech
1080pA segmented robot combines rotating screw propulsion with environmental mapping in ground tests on ice, snow, sand and glacier passages.
1080pTwo snake robots reach a combustor through limited access to observe and patch local thermal-barrier coating damage.
1080pA flexible tube grows by eversion at its tip, offering another way to move around obstacles.
4KA magnetic field steers a slender thread, with a hydrogel coating to reduce friction.

After the 2017 Mexico City earthquake, a snake robot provided camera views inside gaps inaccessible to conventional cameras.
480pInternal contact-aided compliant mechanisms improve a slender manipulator’s resistance to twisting and compression buckling.
Nested tendon-driven and concentric-tube structures use axial sliding to adjust a continuum robot’s configuration and stiffness.
VideoOrbital tests aboard Xiyuan-0 examined simulated refuelling and compliant manipulation.
Field-record noteEELS brings locomotion, mapping and risk assessment into a single exploration task.
Snake-like form and continuum structure overlap, but are not interchangeable. Each case retains its specific mechanism description.
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