Clone Robotics just unveiled Protoclone, their groundbreaking, anatomically precise, musculoskeletal humanoid robot that boasts a bipedal design. This synthetic human replica features a staggering array of capabilities, including:
• Over 200 degrees of freedom.
• More than 1,000 Myofibers for realistic muscle movement.
• 500 integrated sensors for enhanced sensitivity and feedback.
Clone Robotics' innovative approach to bio-mimicry has yielded a groundbreaking humanoid robot that mirrors human anatomy. By replicating the intricate structure of bones, tendons, and muscles using synthetic materials, Clone's robot achieves:
• Unparalleled lightness, eliminating the need for heavy metals.
• Superior strength, leveraging the efficiency of muscle-like actuators over traditional motors.
• Significant cost savings, reducing production expenses. Cost of production could be 1000x less than a humanoid developed using traditional motorised robotics technology.
• A soft, plush exterior, enabling comfortable human-robot interactions, from soothing massages to warm hugs.
• Whisper-quiet operation, thanks to a revolutionary design inspired by the efficient, silent movements of the human body.
• Over 200 degrees of freedom.
• More than 1,000 Myofibers for realistic muscle movement.
• 500 integrated sensors for enhanced sensitivity and feedback.
Clone Robotics' innovative approach to bio-mimicry has yielded a groundbreaking humanoid robot that mirrors human anatomy. By replicating the intricate structure of bones, tendons, and muscles using synthetic materials, Clone's robot achieves:
• Unparalleled lightness, eliminating the need for heavy metals.
• Superior strength, leveraging the efficiency of muscle-like actuators over traditional motors.
• Significant cost savings, reducing production expenses. Cost of production could be 1000x less than a humanoid developed using traditional motorised robotics technology.
• A soft, plush exterior, enabling comfortable human-robot interactions, from soothing massages to warm hugs.
• Whisper-quiet operation, thanks to a revolutionary design inspired by the efficient, silent movements of the human body.
