UBTECH Walker | Humanoid Robot | 36 DOF

Advanced Humanoid Service Robot for Intelligent Assistance and Human‑Centric Interaction

The UBTECH Walker is a next‑generation humanoid service robot designed to operate safely and intuitively in home, office, and public environments. Inspired by human biomechanics, it integrates 36 high‑performance servo joints and a full sensory suite—including force, vision, hearing, and spatial awareness—to deliver smooth, stable bipedal walking, precise manipulation, and dynamic full‑body coordination. Its adaptive gait control allows Walker to traverse multiple types of terrain such as carpet, tiles, grass, slopes, and stairs, maintaining balance through advanced self‑balancing algorithms.

The robot combines hand‑eye coordination with 7‑DOF arms, enabling safe object handling and flexible movement in narrow or complex spaces. Its U‑SLAM navigation system creates rich visual maps based on contour, depth, and color data, allowing Walker to autonomously plan paths, avoid obstacles, and interact safely in dynamic scenes. Face, object, and scene recognition enhance situational awareness, enabling natural verbal communication and context‑aware actions. Multimodal interaction—via text, voice, vision, movement, and environmental sensing—creates a deeply human‑like engagement experience. Smart‑home control capabilities allow Walker to connect with devices such as lighting, appliances, and sockets.

Walker supports integration into connected living and working spaces, offering autonomous navigation, intelligent object recognition, and interaction modules that can be tied into smart‑home systems, building automation, and AI‑driven service workflows. Its flexible arm motions and safe manipulation features enable personalized assistance and interactive demonstrations.

Ideal for smart homes, offices, public venues, research spaces, and service scenarios requiring safe autonomous navigation, expressive humanoid interaction, and intelligent environmental engagement.