Boston Dynamics has taken its humanoid robot Atlas to the next level of autonomy in the industrial sector. The Atlas robot can perform highly complex tasks on a production line without direct human supervision, highlighting its ability to move autonomously and adapt to unforeseen changes in the workplace.
Boston Dynamics’ Atlas robot
In a recent video, Atlas demonstrates how it autonomously moves engine covers between supplier bins and a mobile platform. This management process is made possible by an advanced machine learning-based vision model that allows the robot to locate and manipulate parts in real time. In other words, Atlas generates its movements constantly , achieving unprecedented flexibility in its operation.
To perform these tasks, Atlas uses a “ specialized gripping policy ,” which allows it to hold and move objects precisely, adjusting the position and state of parts. In case of unexpected changes, such as the movement of a container or an obstacle in its path, the robot has the ability to detect and react using an integration of vision, force and proprioception sensors. This means that if an object changes position or Atlas faces a collision, the robot adjusts its strategy in real time, avoiding errors and maintaining efficiency in its task.
Atlas’ ability to adapt to multiple environments highlights how Boston Dynamics is driving the use of humanoid robots in factories, offering solutions that streamline tasks while ensuring a continuous and safe workflow.
The Atlas robot in action. Source: Boston Dynamics
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Source and photo: Boston Dynamics / LinkedIn
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