Soft robotics is a rapidly expanding

Position 1: Ongoing research into smart materials and embedded sensing is expected to further close the performance gap between soft robots and their rigid counterparts.

Position 2: Traditional rigid robots excel in structured factory environments but struggle when required to interact safely with humans or navigate unpredictable terrain.

Position 3: This compliance makes them particularly promising for applications in healthcare, where a robotic gripper must handle delicate tissue without causing injury.

Position 4: Soft robotics is a rapidly expanding sub-field of robotics that draws inspiration from the flexible bodies of biological organisms rather than from rigid mechanical structures.

Position 5: Soft robots overcome these limitations by using compliant materials such as silicone and pneumatic actuators that allow the body to deform and adapt to its surroundings.