The Tarzhan Walker R2 by Yobotics is an advanced humanoid robot designed for industrial automation, logistics operations, inspection tasks, and service applications. Built with cutting-edge artificial intelligence and precision engineering, this robot delivers human-like mobility and intelligent task execution in complex environments.
The Walker R2 features a highly sophisticated motion control system that allows stable walking, dynamic movement, and balance across various terrains. Its multi-degree-of-freedom arms enable accurate object manipulation, making it suitable for handling tools, materials, and repetitive industrial processes.
Equipped with advanced sensors and AI-driven perception, the robot can understand its surroundings, interact with humans, and perform tasks autonomously or semi-autonomously. The built-in imitation learning capability allows rapid training by observing human actions, significantly reducing deployment time in real-world scenarios.
With support for over-the-air updates, the system continuously improves through software upgrades, ensuring long-term scalability and performance optimization. The Tarzhan Walker R2 is an ideal solution for companies looking to reduce labor costs, increase efficiency, and adopt next-generation robotics technology.
AI-powered humanoid robot platform
Human-like walking and balance control
High-precision multi-joint arm manipulation
Imitation learning for fast task programming
Autonomous navigation and environment awareness
Long operational battery life
Wireless and wired connectivity options
Designed for industrial and commercial deployment
General
Model: Tarzhan Walker R2
Manufacturer: Yobotics (Shandong Youbaote Intelligent Robot Co., Ltd.)
Robot Type: Humanoid AI Robot
Dimensions and Weight
Height: approximately 1700 mm
Width: approximately 240 mm
Length: approximately 630 mm
Weight: approximately 46 kg
Performance
Operating Time: up to 10 hours
Mobility: bipedal walking, running, terrain adaptation
Control System: AI-based motion and task control
Hardware
Actuators: high-performance precision actuators
Sensors: vision system, inertial measurement unit, force sensors
Software and AI
AI perception and control system
Imitation learning capability
Human-robot interaction modules
Over-the-air software updates
Connectivity
Wi-Fi
Bluetooth
USB
Capabilities
Autonomous navigation
Object manipulation
Human interaction
Industrial task automation
Manufacturing automation
Warehouse logistics and transport
Inspection and monitoring
Retail and customer service
Research and development