Protoclone: The First Commercial Android

Clone Robotics has unveiled the Protoclone V1, an android that mimics the human skeletal and muscular system, enabling it to move and act in a human-like manner.

The robot features a lightweight and flexible polymer skeleton, allowing for a wide range of motion. It uses synthetic muscles that contract and expand similarly to human muscles, providing smooth and natural movements.

Equipped with 1,000 muscle fibers, 500 sensors, and 200 degrees of freedom, the robot can perform tasks with remarkable precision and fluidity.

Unlike humanoid robots such as Tesla’s Optimus, this android doesn’t use traditional actuators. Instead, it moves its muscles using compressed air technology, making its movements and structure more human-like, categorizing it as an android.

Currently, the robot cannot walk and the prototype requires ceiling suspension for stability, indicating that this technology is still in its early stages and its success remains uncertain.

The company plans to transition to hydraulic systems to power the muscles instead of compressed air, allowing the robot to handle heavier objects. Achieving the ability to walk while carrying objects may require a complete overhaul of the polymer skeleton.

Thus, while the flexible polymer skeleton and synthetic muscles make the robot unique, they might pose challenges in creating an efficient robot like those made by leading companies.