What if robots could have a flexible skin that moves with their bodies? RoboSkin refers to stretchable tactile materials designed to cover robotic structures without restricting movement.
These flexible materials can conform to curved robotic joints and stretch significantly as the robot moves. Some designs also use conductive or knitted structures that can integrate sensing capabilities for detecting physical contact and interaction.
By combining flexibility, protection, and tactile sensing, robotic skin could help future humanoid robots interact more naturally with people and their surroundings while maintaining full joint mobility.
These flexible materials can conform to curved robotic joints and stretch significantly as the robot moves. Some designs also use conductive or knitted structures that can integrate sensing capabilities for detecting physical contact and interaction.
By combining flexibility, protection, and tactile sensing, robotic skin could help future humanoid robots interact more naturally with people and their surroundings while maintaining full joint mobility.
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