Ubtech Humanoid Robot Walker E Voice & Vision

• Ubtech Humanoid Robot Walker E Voice & Vision
• Offers anthropomorphic design with 21 DOF and 10 km/h sprint speed
• Utilizes lightweight aerospace-grade materials for durability
• Features dual-battery system for extended performance
• Includes advanced perception and computing for diverse tasks
• Enables development with high-precision models and frameworks

The Ubtech Humanoid Robot Walker E Voice & Vision is an advanced robotic system designed with an anthropomorphic structure, standing at a height of 172 cm and featuring a 21 degrees of freedom configuration. This sophisticated design allows it to perform complex movements and achieve a sprinting speed of up to 10 km/h. Constructed with a lightweight yet robust structure, it incorporates proprietary integrated joint modules capable of delivering a peak torque of 300Nm. The use of aerospace-grade aluminum and titanium alloy ensures both durability and efficiency in its operations.

The robot is equipped with a dual-battery thermal management system, featuring hot-swappable batteries with a capacity of 30Ah and 3Ah, respectively. This system is complemented by full-body air duct cooling, enabling the robot to maintain optimal performance. It can operate continuously for three hours and sustain non-stop performance for up to eight hours. This robot features 4 Arm-DoFs as well as 6 Leg DoFs.

In terms of perception and computing capabilities, the robot is outfitted with depth cameras, an AI voice kit, and a powerful 550 TOPS Orin computing board. These features enable it to navigate complex terrains and perform tasks in diverse scenarios, including university research, commercial services, industrial logistics, healthcare, home assistance, and power inspection. The robot supports open interfaces for motor control, sensor data, and motion control APIs, with compatibility for ROS2, facilitating seamless integration into existing systems.

The development suite provided with the Walker E Lite includes high-precision URDF models and an open training framework, granting access to the "KaiWu" platform. This platform offers robot trajectory data, meta-skills, and an open operating system, supporting extensive research and development in embodied intelligence control and precision motion. Comprehensive resources, including mature development guides and sample code, are available to assist in the development process.