Walker S2
Walker S2 is a humanoid robot developed by UBTECH, designed for smart service and home assistance. It features advanced bipedal walking, dexterous arm movements, and the ability to interact with people using voice and facial recognition. With improved balance and mobility, Walker S2 can perform complex tasks such as delivering items, opening doors, and even playing chess.
The World's First Humanoid Robot Capable of Autonomous Battery Swapping
"Overview of the Walker S2
The World's First 3-minute Autonomous Battery Swapping, 24/7 Continuous Operation
Real-time Battery Monitoring Management Intelligent Power Replenishment
The dual-battery switching design enables Walker S2 to switch between dual-battery and single-battery working mode. By integrating the real-time battery monitoring management with battery swap stations, Walker S2 can autonomously choose battery swap or charge mode according to the task priorities, and acheive dynamic power management.
+- 162° Waist Rotation Angle
Deep Squat and Stoop Lifting
With the whole-body human-like dynamic balancing algorithm, Walker S2 can reach pitch 170° angle and handle 15kg payload within 0-1.8 meters workspace.
"Human-eye" Binocular Stereo Vision Perception
The pure RGB binocular stereo vision solution is built in Walker S2's head. The self-developed passive binocular vision system employs deep learning-based stereo depth estimation algorithms to generate high-precision, left-aligned dense depth maps in real-time. This enables Walker S2 to achieve "human-eye" stereoscopic perception capabilities.
UBTECH's Self-developed Co-Agent The World's First Industrial Agent for Humanoid Robot
Production Line Task-Driven Swarm Intelligence for Humanoid Robots "BrainNet 2.0" + Co-Agents Building the Dual-Loop AI System
Product Specifications
Hardware Specifications
Walker Tienkung
Walker Tienkung is UBTECH’s latest humanoid robot, unveiled as an advanced version of its predecessor with enhanced mobility and intelligence. It features smooth full-body coordination, flexible hand dexterity, and the ability to perform tasks like tai chi and other complex movements. Designed for real-world human interaction, Tienkung showcases UBTECH’s progress in AI, robotics, and human-robot collaboration.
A full-size, high-performance, research-grade humanoid robot for universities, research institutions, and developers. Open-source architecture supports scientific research and scenario-based innovation, driving technological advancement and practical applications.
Walker Tienkung Humanoid robot parameters
Core Advantages
Product Introduction-Body Structure
Open-Source Resources
Walker Tienkung Research direction
Directions of Humanoid robot co-research and co-creation
Walker Tienkung Application Scenarios
High-level humanoid robot application scenario and research direction
Walker Tienkung Application Scenarios
Teaching Practice and Application Innovation
