Walker Tienkung Advanced Humanoid Robot – AI-Powered Bipedal System for Research, Service & Automation

The Walker Tienkung Humanoid Robot is an advanced AI-powered bipedal robotic system designed for real-world deployment across research, service, automation and human-interaction environments.

Combining high degrees of freedom (DOF), vision systems, voice interaction and embodied AI, this humanoid platform enables dynamic interaction, autonomous behaviour and complex task execution.

It represents a new generation of robotics where mechanical engineering meets artificial intelligence.

Next-generation humanoid robotics platform

CTA:

• Request a Quote
• Bulk / Institutional Pricing Available
• Integration & Support Available

Advanced AI & perception capabilities

Walker Tienkung integrates:

• computer vision for environment awareness
• voice interaction for human communication
• AI-based decision-making systems
• real-time motion control and balance

These capabilities allow the robot to operate in environments where adaptability and interaction are essential.

High-performance mechanical architecture

Designed as a full humanoid system, it features:

• approximately 172 cm height
• ~73 kg structure
• high degree-of-freedom motion system (≈42 DOF)
• stable bipedal locomotion
• dynamic balance and movement control

This enables natural movement and realistic interaction with human environments.

Multi-industry applications

 Hospitality & service

automated service assistance

table clearing / delivery

customer interaction

 Research & education

AI and robotics research

university labs

humanoid behaviour studies

 Industrial & automation

human-like task execution

inspection and assistance

adaptive workflow integration

 AI development

embodied AI experimentation

human-robot interaction (HRI)

autonomous behaviour modelling

 PRODUCT CONFIGURATION OPTIONS (BUNDLES)

 Base Unit

• Walker Tienkung humanoid robot

• core AI + motion system

 AI Vision & Interaction Package

• enhanced vision system

• advanced voice interaction

• improved environmental awareness

 Hospitality & Service Package

• behaviour optimisation for service environments

• interaction modules

• deployment support

 Research & Development Package

• SDK / development interface

• integration support

• extended control access

 Enterprise Integration Package

• custom configuration

• API integration

• deployment support

• training & onboarding

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This system is designed for deployment in:

• hospitality environments
• research institutions
• industrial automation settings
• educational robotics programs
• AI development laboratories

Suitable for:

• indoor operational environments
• structured service environments
• controlled research and lab conditions
• advanced robotics integration systems