The Shadow Dexterous Hand Lite (DHL), developed by Shadow Robot Company, is a streamlined five-finger anthropomorphic robotic hand that preserves human-like grasping capability while reducing mechanical and control complexity compared with the company's full-featured Shadow Dexterous Hand. Built around a human-inspired palm-plus-five-fingers layout, the DHL supports power grasps, pinch, tripod, and lateral grasp families, along with coordinated finger motion for stable object holding and repositioning. A core design intent of the Lite variant is reducing the number of actively controlled joints compared with more complex dexterous hands, lowering integration effort and simplifying control and learning pipelines.

The DHL is positioned as a sensor-forward platform for research workflows, with joint position sensing for kinematics and feedback control and tactile sensing at the fingertips for slip detection, contact localization, and data collection. It is commonly used with tendon-like transmission and precision actuation suited to compliant grasping, and integrates with ROS-based software stacks and industrial-style control interfaces from the Shadow ecosystem. Typical use cases include reinforcement learning for manipulation, imitation learning via teleoperation, grasp planning benchmarking, and flexible pick-and-place research in controlled environments.