A tensegrity robot is a lightweight, flexible structure composed of rods and cables arranged in a way that maintains shape through a balance of tension and compression forces. The rods resist compression, while the cables handle tension, creating a resilient and deformable design.

These robots are highly adaptable, capable of absorbing shocks and traversing uneven terrains. Tensegrity robots are often used in exploration missions, such as NASA’s prototypes for planetary landers. Their unique design makes them ideal for navigating challenging environments and surviving impacts, as they distribute forces evenly across their structure.