A robotics company based in Poland, Clone Robotics, has recently unveiled a new creation that has caught the attention of many. The company, known for its biomimetic robotics, has developed a fully movable robotic torso that closely resembles a human upper body.
The robotic torso, mounted on a human-like pelvis and topped with a head-like appendage, features a rigid spine, a solid rib cage, and a white “skin” that gives it an eerie appearance similar to the android hosts from the TV show “Westworld.” Powered by a system of battery-operated water pumps and valves, the Clone Torso uses water circulation to flex its bionic muscles and activate tendons.
In a new video released by Clone Robotics, the robotic torso is shown in action, demonstrating its capabilities with actuated elbows, a cervical spine, and anthropomorphic shoulders. While the arm movements may still be a bit jerky, the company is currently working on bimanual manipulation training to improve the robot’s dexterity.
Clone Robotics envisions a future where humanoid robots like the Clone Torso can perform essential tasks that are currently carried out by humans. From industrial assembly lines to medical rehabilitation, these robots could potentially revolutionize various industries by taking on roles that involve handling or moving items with precision and efficiency.
The Clone Torso is designed with a strong yet lightweight skeleton that provides structural support for its intricate components. While the company has not disclosed the specific materials used in the torso, there is speculation about the possibility of expanding the design to create a full roboticized body in the future.
With the potential to assist in a wide range of applications, including industrial tasks and medical procedures, the Clone Torso represents a significant advancement in the field of robotics. As technology continues to evolve, we may soon see more humanoid robots like this making their way into various aspects of our daily lives, offering innovative solutions to complex challenges.
