Ubtech Humanoid Robot Walker E Embodied Intelligence

• Ubtech Humanoid Robot Walker E Embodied Intelligence
• Features anthropomorphic design with 172cm height
• Achieves sprinting speed up to 10 km/h
• Supports hot-swappable dual-battery system
• Includes depth cameras and AI voice kit
• Provides extensive development resources

The Ubtech Humanoid Robot Walker E Embodied Intelligence is a sophisticated, full-size humanoid robot designed for advanced research and development purposes. It is particularly suited for use in universities, research institutions, and by developers seeking to explore and innovate within the field of robotics. The robot's open-source architecture facilitates scientific research and scenario-based innovation, thereby contributing to technological advancement and practical applications.

This humanoid robot features an anthropomorphic design, standing at a height of 172 cm and equipped with a 42 degrees of freedom configuration. It is capable of achieving a sprinting speed of up to 10 km/h and performing complex movements, thanks to its lightweight structure composed of aerospace-grade aluminum and titanium alloy. The proprietary integrated joint modules provide a peak torque of 300Nm, ensuring robust performance.

The Walker E Pro is equipped with dual-battery thermal management, featuring hot-swappable batteries that allow for three hours of continuous motion and up to eight hours of non-stop performance. Its body expansion capabilities include 7-DOF collaborative arms, 6-DOF dexterous hands, and a 3-DOF head module, enhancing its versatility in various applications.

In terms of perception and computing, the robot is outfitted with depth cameras, an AI voice kit, six-axis force sensors, and a powerful 550 TOPS Orin computing board. These features enable it to navigate complex terrains and perform tasks in diverse scenarios such as university research, commercial services, industrial logistics, healthcare, home assistance, and power inspection.

The Walker E Pro supports open interfaces for motor control, sensor data, and motion control APIs, with compatibility for ROS2. It comes with a comprehensive development suite that includes high-precision URDF models, an open training framework, and access to the 'KaiWu' platform, which provides robot trajectory data, meta-skills, and an open operating system. Additionally, it offers extensive resources such as mature development guides and sample code for embodied intelligence control and precision motion research.