Scientists and surgeons at the University of California San Diego used remote-controlled humanoid robots to perform surgical procedures on pigs.
This development marks a significant shift in medical technology by moving humanoid robotics from controlled laboratory settings into actual operating rooms. The ability for a surgeon to guide a humanoid form remotely could eventually expand access to specialized care in underserved regions.
The team conducted two surgeries on pigs using the robots [1]. These procedures were the first of their kind to involve humanoid robots operating in a real-world surgical environment under the direct guidance of human surgeons.
Unlike traditional robotic surgical systems, which typically consist of stationary arms attached to a base, these robots possess a humanoid structure. This design allows the robots to mimic human movement and positioning more closely while remaining under the control of a remote operator.
The project aimed to demonstrate that humanoid robots can be effectively guided by human experts to complete complex medical tasks. By successfully performing these procedures, the researchers showed that the integration of humanoid forms into the surgical workflow is possible.
The surgeons at UC San Diego operated the machines from a distance, ensuring that the robotic movements translated accurately to the surgical site. This remote capability is a central part of the effort to advance robotic surgery technology and improve precision in the operating room.
“Remote-controlled humanoid robots performed surgical procedures on pigs.”
The transition from specialized robotic arms to humanoid forms suggests a future where surgical robots can navigate the operating room with greater flexibility. By proving that these systems can be safely remote-controlled in a real-world setting, the researchers are laying the groundwork for telesurgery, which could allow top surgeons to operate on patients across the globe without being physically present.
