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UBTECH Robotics Walker (S2)

Price: Price on Application
Robot type: Humanoid RobotCommercial status: Commercial
Use Cases:Manufacturing AutomationLogistics & Material Handling
Industries:ManufacturingLogistics & Warehousing
Verified manufacturer data
Real deployment information
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About This Robot

The Future of Industrial Automation: Walker S2

The UBTECH Walker S2 is an industrial humanoid robot engineered to revolutionize smart manufacturing. It is designed to function as an intelligent, mobile worker, bringing unprecedented flexibility and efficiency to production lines, particularly in the automotive and consumer electronics sectors. Walker S2 seamlessly integrates into existing human-centric workflows, performing tasks that require mobility, dexterity, and intelligence.

Key Capabilities

  • Autonomous Bipedal Locomotion: Equipped with advanced algorithms for dynamic stabilization, Walker S2 can navigate complex industrial environments, including uneven surfaces, slopes, and stairs, while carrying objects.
  • Dexterous Bimanual Manipulation: Featuring highly articulated, multi-fingered hands with precise force control, the robot can handle tools, assemble components, and perform delicate inspection tasks with human-like dexterity.
  • AI-Powered Perception: Leveraging a proprietary humanoid large model and a multi-modal sensor suite (including 3D vision), Walker S2 can accurately perceive its surroundings, recognize objects, and make autonomous decisions to complete its tasks.
  • Seamless System Integration: Designed for Industry 4.0, Walker S2 communicates and synchronizes with factory management systems like MES and WMS for real-time task allocation and status reporting.

Applications

Walker S2 is optimized for a variety of value-added tasks in manufacturing and logistics:

  • Automotive Assembly: Performing quality checks on seatbelts and door locks, applying car logos, and assisting in final assembly on NEV production lines.
  • Quality Control & Inspection: Conducting visual and physical inspections of parts and finished products to ensure they meet quality standards.
  • Intelligent Logistics: Autonomously picking, transporting, and placing materials within a factory or warehouse, optimizing material flow.

Why Choose Walker S2?

Flexibility and Adaptability. Unlike fixed automation, Walker S2 can be easily redeployed to different tasks and locations. Its humanoid form factor allows it to work in spaces designed for humans without major infrastructure changes. It represents a versatile solution to combat labor shortages and increase production line resilience.

Key Capabilities

  • Autonomous Bipedal Locomotion: Equipped with advanced algorithms for dynamic stabilization, Walker S2 can navigate complex industrial environments, including uneven surfaces, slopes, and stairs, while carrying objects.
  • Dexterous Bimanual Manipulation: Featuring highly articulated, multi-fingered hands with precise force control, the robot can handle tools, assemble components, and perform delicate inspection tasks with human-like dexterity.
  • AI-Powered Perception: Leveraging a proprietary humanoid large model and a multi-modal sensor suite (including 3D vision), Walker S2 can accurately perceive its surroundings, recognize objects, and make autonomous decisions to complete its tasks.
  • Seamless System Integration: Designed for Industry 4.0, Walker S2 communicates and synchronizes with factory management systems like MES and WMS for real-time task allocation and status reporting.

Applications

Walker S2 is optimized for a variety of value-added tasks in manufacturing and logistics:

  • Automotive Assembly: Performing quality checks on seatbelts and door locks, applying car logos, and assisting in final assembly on NEV production lines.
  • Quality Control & Inspection: Conducting visual and physical inspections of parts and finished products to ensure they meet quality standards.
  • Intelligent Logistics: Autonomously picking, transporting, and placing materials within a factory or warehouse, optimizing material flow.

Why Choose It

Flexibility and Adaptability. Unlike fixed automation, Walker S2 can be easily redeployed to different tasks and locations. Its humanoid form factor allows it to work in spaces designed for humans without major infrastructure changes. It represents a versatile solution to combat labor shortages and increase production line resilience.

Key Features

ConnectivityPriority 3

Seamless integration with factory MES (Manufacturing Execution System) and WMS (Warehouse Management System).

LocomotionPriority 4

Advanced bipedal walking for stable navigation in complex, dynamic industrial environments.

PerceptionPriority 4

Multi-modal sensor fusion including 3D stereo vision and depth cameras for robust environmental understanding.

SafetyPriority 4

Designed for safe human-robot collaboration with built-in collision avoidance and force feedback control.

IntelligencePriority 5

Powered by a proprietary humanoid robot large model for advanced perception, navigation, and task execution.

ManipulationPriority 5

Highly dexterous, multi-fingered hands with 7-DOF arms for precise bimanual operation and tool handling.

Technical Details

Battery Lifeai_generated

Over 2 hours (with swappable battery)hours

DOF (Degrees of Freedom)ai_generated

41joints

Heightai_generated

1.7m

Max Walking Speedai_generated

5km/h

Single Arm Payloadai_generated

5kg

Total Payload Capacityai_generated

10kg

Weightai_generated

63kg

Manufacturer

UBTECH Robotics

Manufacturer

UBTECH Robotics logo
UBTECH Robotics is a global leader in intelligent humanoid robots and AI technologies. The company designs, develops, and markets a wide range of robots, including educational robots like Jimu Robot and uKit, service robots such as Walker X, and industrial robots. UBTECH is committed to driving innovation in AI and robotics to improve lives and address challenges across various sectors, including education, healthcare, and enterprise. Their focus is on creating robots that are not only functional but also engaging and user-friendly, with the goal of seamlessly integrating robots into everyday life.
Shenzhen, Guangdong, China
Founded 2012

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