admin A cutting-edge humanoid robot will begin railway maintenance in Kyoto-Osaka-Kobe this July. This innovative move aims to enhance efficiency and safety by delegating hazardous tasks to the robot.
The robot, equipped with two arms, operates atop a construction vehicle, reaching heights up to 12 meters. It handles objects weighing up to 40 kilograms and can be fitted with various tools, such as chainsaws and brushes. Operators control the robot from inside the vehicle using goggles that display real-time camera feeds from the robot’s perspective. This setup enables precise control, replicating the sensation of physically handling tools and objects through advanced feedback mechanisms.
The introduction of this humanoid robot marks a strategic step towards leveraging advanced technology to improve operational efficiency and safety standards across railway maintenance operations. It will undertake maintenance tasks along railway tracks, performing dangerous and laborious work at elevated positions.
The robot’s ability to work at heights of up to 12 meters with its two arms is particularly noteworthy. Additionally, it can lift objects weighing up to 40 kilograms, and its arms can be replaced with tools such as chainsaws and brushes. This versatility makes it ideal for various maintenance needs.
The robot is operated from inside a construction vehicle by a worker using goggles to view images from the robot’s camera. The weight and feel of objects gripped by the robot are transmitted to the control lever, allowing operators to move the robot as if they were doing the work themselves. This innovative feature enhances precision and control, making the robot an invaluable asset for railway maintenance.
With the introduction of the robot, the manpower required for the work will be reduced by around 30%. This significant reduction in staffing requirements highlights the robot’s potential to revolutionize railway maintenance. The company plans to evaluate the robot’s effectiveness and explore opportunities to expand its deployment to other areas and potentially market it to external entities.
This humanoid robot is expected to significantly improve labor and safety standards in railway maintenance. The ability to perform dangerous and laborious work at elevated positions reduces the risk to human workers and enhances overall operational efficiency.
The introduction of this humanoid robot marks a significant advancement in railway maintenance technology. By leveraging advanced technology to enhance efficiency and safety, the robot is poised to revolutionize the industry. This innovative move is a testament to the company’s commitment to improving operational efficiency and safety standards.
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