Boston Dynamics has released a new video of Atlas, its cutting-edge electric humanoid robot, showcasing its ability to perform complex tasks autonomously. In the latest demo, Atlas moves engine covers between various bins and a mobile dolly in a workspace—all without any remote control or pre-programmed movements.
In the video, you can see Atlas confidently walking back and forth, stooping, and manipulating its joints with ease. Atlas shows off capabilities that exceed human range of motion—the robot can turn its head 360 degrees and even walk backward with its hip joint rotated 180 degrees. These movements aren't just for show – they help Atlas work more efficiently in tight spaces.
Equipped with a machine learning-powered vision model, Atlas identifies and localizes individual bins and environmental fixtures, calculating each movement with precision. By leveraging vision, force, and proprioceptive sensors, Atlas is not just executing tasks; it is making decisions on the fly—adapting, recalculating, and correcting itself whenever the situation calls for it. For instance, in one standout moment in the video, when Atlas fails to properly insert an engine cover in a space, the robot can reposition and try again, illustrating its evolving problem-solving capabilities.
Atlas’s three-fingered gripper is crucial to this hands-on activity. In the video, viewers can see the robot reach into cabinets, securely grasp engine covers, and rotate them into position with striking fluidity. The gripper is designed to handle both large and heavy objects, which underlines Boston Dynamics’ intention for Atlas to be operational in practical industrial scenarios.
Earlier this month, Boston Dynamics and Toyota Research Institute announced a new partership aimed at accelerating the development of general-purpose humanoid robots.
The new video marks yet another milestone in Boston Dynamics’ journey to transform Atlas from a research project into a practical helper. It’s still early days for widespread humanoid robotics in our daily lives, but Atlas is surely paving the way. For now, though, Boston Dynamics is showing us that the potential for this technology is more than acrobatics—it’s about applying intelligence, dexterity, and autonomy to tackle tasks that have practical utility.