Sharpa Wave W01 Dexterous Hand
The Sharpa W01 Wave is a human-scale, five-finger dexterous robotic hand designed for physical AI research, robot integration, and advanced manipulation. With 22 active DoF and real-time tactile sensing, it enables robots to interact with tools and objects in a more human-like way. Sharpa
Human-Scale Dexterous Design
The W01 uses an isomorphic hand design with 22 active degrees of freedom, closely matching the form and movement of a human hand. Its human-scale geometry allows robots to interact with tools and objects designed for human use. Sharpa
Dynamic Tactile Sensing
The integrated Dynamic Tactile Array (DTA) provides real-time contact sensing at the fingertips, detecting pressure, slip, force changes, and contact location. This enables closed-loop adjustment of grip, pose, and force during manipulation. Sharpa
Real-Time Manipulation Feedback
With tactile feedback latency of 20 ms, the W01 supports fine control for contact-rich manipulation tasks. Its tactile system provides force and spatial sensing suitable for research involving grasping, tool use, and dexterous manipulation. Sharpa
Developer-Ready Robotics Platform
The W01 supports ROS 2, simulation in MuJoCo and Isaac Sim, and development through the Sharpa Wave SDK. This makes it suitable for researchers and developers working on robot learning, simulation-to-real deployment, and custom manipulation applications. Sharpa
Research and Industrial Applications
Sharpa positions W01 for research and development, manufacturing and assembly, and service applications. It can support manipulation data collection and new AI policy deployment while handling tasks such as screwing, clipping, and fastening.


