Clone Hand
The Clone Hand (by Clone Robotics) is a biomimetic robotic hand designed to replicate the full musculoskeletal structure of the human hand. It features 27 degrees of freedom driven by 36 proprietary Myofiber hydraulic artificial muscles arranged in an antagonistic architecture, replicating human tendons, ligaments, and bones in carbon fiber. It delivers fingertip forces enabling trigger-pulling grip, over 15 lb grip strength, and superhuman finger velocities. Designed for teleoperation, robot learning, and general manipulation tasks compatible with standard human tools.
Primary use case: Teleoperation, robot learning and AI training data generation, dexterous manipulation with standard human tools, general-purpose robotic hand for humanoid platforms
Price
$3K
Specifications
Physical
Locomotion
bipedal
Manipulation
Hand Type
dexterous
Power & Autonomy
Autonomy Level
teleop
AI & Compute
AI Capabilities
manipulation
Commercial
Price
$3K
Availability
in_development
Primary Use Case
Teleoperation, robot learning and AI training data generation, dexterous manipulation with standard human tools, general-purpose robotic hand for humanoid platforms
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