- 16 active DoF linkage design Sixteen independently actuated axes in a linkage transmission architecture provide broad grasp posture coverage with coordinated finger synergies and high mechanical robustness.
- Multimodal sensing suite Configurations support fingertip tactile sensing, multi-axis wrist force/torque sensing, and optional visual-tactile perception for slip detection, delicate grasping, and data collection.
- EtherCAT and CAN bus interfaces Industrial fieldbus connectivity supports real-time control integration into humanoid platforms and automation systems alongside CAN-based development and debug workflows.
- Full ROS SDK with simulation support Published ROS launch files, joint state topics, command interfaces, GUI sliders, and PyBullet simulation hooks reduce integration time and support reproducible research workflows.
- Qt application and secondary development Qt-based tooling and an open SDK architecture enable teams to build custom applications on top of the core driver for specialised automation or research workflows.
- Aluminum-alloy construction at ~1.0 kg Lightweight alloy housing keeps the hand mass manageable for humanoid and cobot integration while providing the structural rigidity needed for repeatable manipulation.
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