UBTECH's latest generation of industrial humanoid robot Walker S1 has been trained in the factories of many automobile manufacturers and has achieved collaborative operation with a variety of intelligent equipment such as L4 unmanned logistics vehicles, marking the official entry of humanoid robots into a new stage of industrial application. . This is the first time in the world that a humanoid robot and a variety of intelligent devices can work together, providing a new idea for solving the labor shortage problem in the manufacturing industry. The editor of Downcodes will explain the innovative technology and application scenarios of Walker S1 in detail.
Recently, UBTECH officially launched a new generation of industrial humanoid robot Walker S1. This robot has already entered the automobile factory for practical training. This is also the first time in the world that humanoid robots can cooperate with L4 unmanned logistics vehicles, unmanned forklifts, industrial mobile robots and intelligent manufacturing management systems.
This year, UBTECH has cooperated with a number of well-known car companies, including Dongfeng Liuqi Automobile, Geely Automobile, BYD, etc., and has achieved large-scale application in typical manufacturing scenarios, forming a humanoid robot application ecosystem. It is worth mentioning that the Walker S series has become the most popular humanoid robot in the world for training in car factories.
In the latest training, Walker S1 was used in BYD factory handling tasks, successfully realizing the collaborative work of humanoid robots and various types of unmanned logistics equipment. This breakthrough will help promote the unmanned and commercial implementation of indoor and outdoor logistics.
In order to achieve efficient collaborative work, Walker S1 has made a number of innovative upgrades in hardware, such as integrated joint technology, integrated head design and humanoid dexterous hands. In terms of integrated joint technology, it combines the integration and innovation of multiple key components to greatly improve motion performance and stability. In terms of integrated head design, Walker S1 uses a panoramic fisheye camera for the first time to achieve 360° safety monitoring and perception.
In addition, Walker S1 is also equipped with advanced humanoid dexterous hands, capable of precise grasping and meticulous operation. These innovations give Walker S1 stronger execution capabilities and can meet a variety of needs in industrial scenarios. At the same time, UBTECH has also developed ROSA2.0, a robot operating system application framework, to ensure the safety and efficiency of robot algorithms.
Highlight:
Walker S1 is the world's first humanoid robot that works collaboratively with unmanned logistics equipment. It has entered multiple car factories for practical training.
UBTECH cooperates with many well-known automobile manufacturers to promote the application of humanoid robots in the field of automobile manufacturing.
Humanoid robots can alleviate the upcoming labor gap faced by China's manufacturing industry and promote the new industrialization process.
The successful application of Walker S1 heralds the huge potential of humanoid robots in the industrial field. In the future, with the continuous advancement of technology and the expansion of application scenarios, humanoid robots will play an important role in more fields and inject new vitality into social development. The editor of Downcodes will continue to pay attention to the latest developments in this field and bring you more exciting reports.