Engineered with force-optimized triggers, the gripper approximates human-like dexterity using three controllable degrees of freedom. This design prioritizes efficiency while enabling complex interactions with various objects.

Training on a dataset of a few hundred demonstrations has yielded successful policies and evaluation results show that the Koala gripper can maintain stable power grasps and manage larger wrenches and external forces more effectively than traditional parallel jaw grippers.

By translating intuitive human techniques to robotic platforms with minimal user practice, the Koala gripper bridges the gap between human actions and autonomous dexterous manipulation.