Clone Robotics has introduced a revolutionary android torso that mirrors human biomechanics, featuring a fully actuated bimanual design powered by artificial muscles.

The torso’s structure includes a rigid cervical spine, functional elbow joints, and a complex array of joints in the shoulders, enabling lifelike movements and superior adaptability across a range of tasks.

With 124 artificial muscles integrated into the neck, shoulders, and arms, the robot achieves a high degree of dexterity and control, promising applications in environments like teleoperation and task automation in challenging settings​.

Advanced Hydraulic Muscle System Inside a Compact Design

At the core of the Clone torso is a proprietary valve matrix that consolidates muscle control within a streamlined framework. This system, contained within the torso’s ribcage, not only minimizes space requirements but also boosts responsiveness and control over muscle function.

Unlike conventional hydraulic designs, Clone’s muscles use internal fluid dynamics to deliver powerful, efficient contraction, enhancing overall system efficiency with minimal environmental impact due to its low 200W power consumption​.

Applications in Teleoperation and High-Risk Environments

Clone Robotics’ innovation extends beyond mere dexterity; the android’s lifelike bimanual control makes it ideal for teleoperation in hazardous areas, including industrial and medical settings.

This unique configuration allows the robot to perform delicate tasks with precision, a critical feature for advanced robotics in environments where human presence poses risks. Clone Robotics foresees this technology advancing into autonomous humanoid robots capable of interacting seamlessly within human-designed spaces​.