UBTECH Robotics Walker S2 industrial humanoid robot with 52 DoF
Dual Gen-4 dexterous hands, includes charging station and two batteries
3-minute autonomous battery swapping system
Flexible waist with a 125° pitch range (+90° to –35°) and ±162° rotation
Handles up to 15 kg payload
Human-eye stereo vision with Co-Agent swarm intelligence and BrainNet 2.0 dual-loop AI system
The UBTECH Walker S2 Industrial Humanoid Robot is a full-body bipedal platform engineered for deployment in demanding industrial environments. Built around a 52-DOF kinematic architecture and fourth-generation dexterous hands, it is capable of performing precise manipulation tasks including gripping, assembly, inspection, and material handling. A flexible waist joint with a 125-degree pitch range and wide rotational reach enables the robot to operate across the full vertical workspace typical of human workstations. Walker S2 is designed for factory floors, automotive and aerospace production lines, warehouses, and distribution centers where human-level physical capability is required.
Walker S2 is powered by a dual-loop AI architecture combining BrainNet 2.0 for autonomous decision-making and task decomposition with a Co-Agent swarm intelligence framework for coordinated multi-robot workflows. Its perception system integrates RGB binocular stereo vision with fisheye cameras and deep-learning depth estimation, providing real-time spatial awareness in dynamic environments.
Why Buy From RobotShop
Official Authorized Distributor
Genuine products with manufacturer-approved warranty coverage.
Locally Managed Logistics
Customs, inspection, and prep handled locally before shipment.
Single Point of Contact
Sales, support, and returns managed by one team.
FAQ & Knowledge Base
Docs, tutorials, and community answers to move faster.
Total DOF
52
Max Payload
15 kg
Battery Swap
~3 min
Workspace
0 – 1.8 m
Max Speed
2 m/s
Model Features
Walker S2 combines a flexible kinematic structure, fourth-generation dexterous hands, and an autonomous power system engineered for sustained industrial operation.
Walker S2 integrates advanced AI, multi-modal perception, and an open software ecosystem to support autonomous operation and developer-driven customization across industrial applications.
Human-Like Vision Perception
RGB binocular stereo vision combined with fisheye cameras and deep-learning depth estimation generates real-time 3D spatial maps. This enables reliable object recognition, obstacle avoidance, and navigation in unstructured industrial environments.
BrainNet 2.0 & Co-Agent AI
The dual-loop BrainNet 2.0 system handles task decomposition, decision-making, and real-time adaptation, while the Co-Agent swarm intelligence framework enables coordinated multi-robot operation. Together they support autonomous planning and execution without constant human supervision.
Natural Human Interaction
Walker S2 is built to handle tasks in industrial environments where human workers are present, operating within defined safety zones and under the supervision of UBTECH-certified operators. Its perception system supports real-time awareness of the surrounding environment to assist with task execution and navigation.
Open Development Platform
Walker S2 runs on Ubuntu and ROSA 2.0 and supports OTA firmware upgrades for software maintenance and feature updates. Connectivity via Wi-Fi, Bluetooth, Ethernet, and optional 5G enables integration with cloud systems, unmanned logistics vehicles, and intelligent manufacturing management platforms.
Walker S2 Applications Scenarios
Walker S2 excels in environments designed for humans without requiring major infrastructure changes. Typical scenarios include industrial and logistics settings where human‑level mobility and manipulation provide a direct advantage:
Factory Floors
Automated material transport, assembly assistance, quality inspection and routine IoT‑integrated tasks.
Automotive & Aerospace Plants
Supporting complex production lines, payload handling, part installation and bolt tightening.
Warehouses & Distribution Centers
Autonomously handling depalletizing, stacking and 15 kg lifts within a 0–1.8 m workspace.
WARNING: This product can expose you to chemicals including lead and lead compounds, which are known to the State of California to cause cancer and birth defects or other reproductive harm. For more information go to: www.P65Warnings.ca.gov.
Refund Policy
If you are not satisfied for whatever reason with a Product you bought on the Site, it is possible to return it for refund within 30 days from the date you received it unless otherwise indicated in the Product listing. You must first advise the Vendor associated with your order in your account to obtain a return authorization (‘’RA’’) number before returning a Product. (‘’RA’’) numbers are valid for 30 days, within which time the returned Products should be received by the Vendor. No returns will be accepted without having previously obtained an (‘’RA’’) number. The Product must then be returned in its original packaging (in perfect condition for resale) with its receipt and your (‘’RA’’) number. Reimbursement will be denied for any Products which do not conform to the above mentioned conditions.
Build-it-yourself Robot Parts are not refundable once assembled. Robots & Kits requiring assembly or soldering are also not refundable once assembled, soldered or modified in any way. All sales of robotic software and apps are final and cannot be refunded or exchanged. Returns are not accepted on special orders and clearance items except when they are found defective, in which case the Product may be repaired or replaced at the Vendor’s discretion. 20% Restocking fees may apply if you are returning a large quantity of the same Product that was ordered specifically for you from the manufacturer.
Please note that all items will be reimbursed within 7 to 14 days of receiving the Product (shipping fees excluded). You must also cover the cost of returning the Product. Shipping fees will only be refunded if the return is a result of a shipping error on our part. Cleaning fees of USD 100 may also be charged if a domestic robot is returned and has not been properly cleaned.