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March 2, 2025
The Polish startup Clone Robotics has unveiled its latest humanoid robot, Protoclone V1. The robot features a complex system of artificial muscles and is said to represent a significant step in the development of humanoid robotics. The robot's presentation took place in a video demonstrating the capabilities of Protoclone V1.
Protoclone V1 has a network of 1,000 artificial myofibers that are moved by water-filled tubes. The control of these muscles is carried out via a system of pumps and valves, which are powered by batteries. In addition, 500 sensors are integrated, which are intended to ensure precise movement sequences. This combination of artificial muscles and sensors enables the robot a variety of movements and is supposed to give it over 200 degrees of freedom. In comparison, current humanoid robots have about 50 degrees of freedom in their joints.
Although the robot already shows impressive capabilities, it is still in the development phase. In the presented video, Protoclone V1 is attached to a frame and cannot yet walk independently. The developers are working on further optimizing the musculature and control to enable the robot to walk in the future. An important aspect of this is the development of a robust balance system.
Clone Robotics plans to release a further developed robot called Clone Alpha later this year. This is to be controlled by artificial intelligence and be able to perform simple household tasks, such as serving drinks, doing laundry, or cleaning. Clone Alpha is initially to be released in a limited edition of 279 units. The company has not yet commented on the cost of the robot.
With Neoclone, Clone Robotics is planning another humanoid robot, which, in contrast to Protoclone V1 and Clone Alpha, will have a face. Details about this project are not yet known.
The presentation of Protoclone V1 has evoked mixed reactions in the public, ranging from fascination to unease. Some observers are drawing comparisons to science fiction portrayals of humanoid robots. The development of Protoclone V1 and the subsequent models is being followed with interest by experts, as it could represent an important step in the development of humanoid robotics.
