Sharpa W02 Dexterous Robotic Hand
The Sharpa W02 is an ultra-compact, lightweight dexterous robotic hand designed for humanoid robots, robotic arms, and physical AI research. With 21 active DoF and full-hand tactile sensing, it enables robots to perform precise, contact-aware manipulation in human-scale environments. Sharpa
Compact Human-Scale Design
At 188 × 87.5 × 40 mm and under 750 g, the W02 is designed to fit into spaces built around human hands while reducing the load on robotic arms and forearms. Sharpa
21-DoF Dexterous Manipulation
With 21 active degrees of freedom, W02 provides flexible finger and hand movement for complex manipulation tasks. Its 0 mm minimum grasp diameter also enables secure handling of very small objects. Sharpa
Full-Hand Tactile Sensing
W02 combines a Dynamic Tactile Array at the fingertips with electronic skin across the fingers and palm. Fingertip sensing provides 5 mN force resolution and 1 mm spatial resolution, while the full-hand E-skin extends tactile awareness across a larger contact area. Sharpa
Built for Real-World Robotics
With IP54 protection in its bare-hand configuration and IP67 when equipped with the official glove, W02 is designed for practical robotic manipulation beyond controlled laboratory environments.

