Walker Tienkung: A versatile humanoid research robot with AI and 42 joints

• ✔ Advanced AI with 550 TOPS computing power
• ✔ 42 precision joints for fluid and realistic movements
• ✔ Robust metal construction for maximum durability
• ✔ Flexible control via app, SDK and voice
• ✔ Integrated Wi-Fi connectivity for easy communication
• ✔ Ideal tool for research, development and education in robotics

Introducing Walker Tienkung, a cutting-edge humanoid robot that redefines the possibilities of research and development in artificial intelligence and robotics. This all-in-one system is designed for scientists, developers, and educators looking for a reliable, flexible, and high-performance platform for their innovative projects.

🤖 What can this robot do?

• Comprehensive AI brain: Integrated AI chip with 550 TOPS performance for lightning-fast data processing, learning, and decision-making.
• Realistic movement: Equipped with 42 joints that allow for a wide range of movements, walking and interaction with the environment.
• Robust design: All-metal construction ensures high durability and stability even during demanding tasks.
• Flexible control: Control the robot conveniently via a mobile app, program it using the SDK, or use voice control.
• Smart features: Features remote autofocus, speed measurement and Power Reserve function.
• Versatile use: Great for educational purposes, entertainment, and as a platform for service robotics.

🔬 Explore every detail

Walker Tienkung is the result of advanced research and development in the fields of artificial intelligence and robotics. Its architecture includes proprietary AI algorithms that act as its “brain” and mass-produced servo actuators that form its “joints and torso” for flexible movement. All designed for top performance and reliability.

The robot is equipped with technologies such as high-performance servo actuators with motion control algorithms, computer vision, and autonomous navigation and positioning algorithms. The ROSA core robot operating system and speech and language technologies further expand its capabilities, making it an ideal choice for complex applications in AI education, business services, security patrols, inspections, logistics, and healthcare.

🤔 Are you bothered by the limitations of existing robotic platforms?

Do you feel like your current robotics projects are hitting the limits of performance, flexibility, or durability? Do you need a tool that can simulate complex human movements, process data quickly, and withstand the rigors of a demanding research environment? Finding a versatile and advanced humanoid robot for research can be frustrating, especially when you need an easy-to-integrate SDK and a robust hardware foundation.

🚀 Get unlimited possibilities with Walker Tienkung!

Walker Tienkung is designed to overcome these limitations. With its 42 joints, 550 TOPS AI, and all-metal construction, you get a platform that offers unmatched flexibility, processing power, and durability. Whether you're doing advanced AI research, developing new robotics applications, or inspiring the next generation of engineers, this robot will give you the tools you need to realize even the most ambitious visions.

✨ More than just features, real benefits

• Features: 42 joints -> Benefit: Allows a wide range of natural and dynamic movements, ideal for biomechanics studies and realistic interactions.
• Features: AI with 550 TOPS -> Benefit: Provides massive computing power for complex machine learning algorithms and real-time image processing.
• Feature: Metal construction -> Benefit: Ensures long life and reliability even in demanding laboratory and development conditions.
• Feature: SDK support -> Benefit: Opens the door to unlimited programming and integration possibilities into your own systems.
• Features: Voice Control and APP Control -> Benefit: Offers intuitive and convenient ways to interact for various user scenarios.

🎯 Who is it the ideal choice for?

• Scientific teams and researchers: Looking for an advanced platform to study AI, robotics, and human-robot interaction.
• Educators and students: For teaching advanced concepts in robotics, programming, and artificial intelligence.
• Developers and innovators: Needing flexible hardware for prototyping and testing new robotic applications.

💡 Do you have concerns? We'll answer them

• Concern: Is such a complex robot difficult to control and program? -> Answer: With an intuitive mobile app and available SDK, Walker Tienkung is designed with ease of use in mind for a wide range of users.
• Concern: Will this robot be robust enough for demanding experiments? -> Answer: The all-metal construction and industrial servo actuators ensure exceptional durability and reliability.
• Concern: What are the expansion and integration options? -> Answer: With an open SDK and Wi-Fi connectivity, a wide field for integrating external modules and systems opens up.

❓ Frequently Asked Questions (FAQ)

Who is the manufacturer of the Walker Tienkung robot?

The Tienkung Walker robot comes from a global leader in AI and robotics, UBTECH, known for its innovations in AI algorithms and servo actuator manufacturing.

How can I control the robot?

Control is possible via a mobile application, voice commands, or using your own code thanks to the available SDK (Software Development Kit).

What does AI with 550 TOPS computing power mean?

TOPS (Tera Operations Per Second) indicates the enormous computing power of artificial intelligence, which allows the robot to quickly process complex data, perform real-time visual analysis, and make advanced decision-making processes.

Why is it important that a robot has 42 joints?

The large number of joints allows the robot to mimic very complex and natural human movements, which is key for realistic interactions and research into movement dynamics.

Is Walker Tienkung suitable for education?

Yes, it is an ideal tool for educational institutions and individuals to teach and understand advanced robotics, programming, and artificial intelligence.

What are the programming options for advanced users?

For advanced users, an SDK is available that allows for deep customization and development of custom applications and algorithms.

What material is the robot made of?

The robot is made of metal, which guarantees its high durability, stability and long service life even in demanding operation.