The UBTECH Walker Tienkung Voice and Vision Version is a full-size humanoid robot platform that stands 1,720 mm tall and weighs 61 kg.
Equipped with 21 degrees of freedom and capable of carrying payloads up to 6 kg, this system provides a mobile research platform for interactive AI development and natural communication studies.
Maximum joint torque reaches 300 Nm, with a travel speed of 2.4 m/s.
This version of Walker Tienkung is designed for education and research environments where humanoid interaction, perception, and decision-making require physical embodiment at human scale.
The platform supports development of vision-language reasoning, gesture recognition, scene understanding, and task-level interpretation applications.
Its multimodal perception system integrates multi-view RGB-D depth sensing, proprioceptive state feedback, and contextual awareness capabilities.
Modular software architecture enables rapid integration of custom perception modules, user interface layers, and machine learning pipelines.
Research teams and educational institutions working on embodied AI, human-robot interaction, or autonomous task execution can use this platform to validate algorithms in physical scenarios without custom hardware development.
