Boston Dynamics' Atlas Robot Takes a Giant Leap Forward in Humanoid Capabilities
In 2021, CBS News met the early model of Boston Dynamics' humanoid robot, Atlas, which could run and jump but struggled with balance and stiff movements. Fast forward to today, and Atlas has undergone significant upgrades that have transformed it into a sleek, agile, and eerily human-like robot.
The latest version of Atlas boasts an impressive range of motion, allowing it to cartwheel, dance, twist its arms, head, and torso 360 degrees, and even pick itself up off the floor using only its feet. CEO Robert Playter describes Atlas as "superhuman" in its ability to bend and move in ways that humans cannot.
But what's behind this remarkable upgrade? According to Scott Kuindersma, Boston Dynamics' head of robotics research, one key innovation is the elimination of wires that cross joints, allowing for smoother rotation and easier maintenance. This design change has greatly improved the robot's reliability and performance.
Another significant upgrade is Atlas' AI brain, powered by Nvidia chips. The AI can be trained to perform tasks through teleoperation, where a human controls the robot using virtual reality gear. Boston Dynamics' machine learning scientists have shown that Atlas can learn to stack cups and tie knots with remarkable precision.
However, despite these impressive advancements, there are still challenges to overcome. Kuindersma acknowledges that robot hands pose a complex engineering problem, requiring innovative solutions for grasping and manipulation tasks. The new Atlas model has only three digits on each hand, which can swing into different positions or modes, allowing the robot to adapt to various objects.
As Playter notes, there is certainly hype surrounding humanoids like Atlas, with predictions of millions or even billions of robots in our future. But he also emphasizes that building reliable machines takes time and that affordability will be a critical factor in widespread adoption.
While we're not quite there yet, Boston Dynamics' ongoing advancements in humanoid robotics are pushing the boundaries of what's possible in the field. As Kuindersma puts it, "there's still a lot of opportunity to improve teleoperation systems" – and with Atlas at the forefront, it's clear that the future of robotics is looking increasingly human-like.
In 2021, CBS News met the early model of Boston Dynamics' humanoid robot, Atlas, which could run and jump but struggled with balance and stiff movements. Fast forward to today, and Atlas has undergone significant upgrades that have transformed it into a sleek, agile, and eerily human-like robot.
The latest version of Atlas boasts an impressive range of motion, allowing it to cartwheel, dance, twist its arms, head, and torso 360 degrees, and even pick itself up off the floor using only its feet. CEO Robert Playter describes Atlas as "superhuman" in its ability to bend and move in ways that humans cannot.
But what's behind this remarkable upgrade? According to Scott Kuindersma, Boston Dynamics' head of robotics research, one key innovation is the elimination of wires that cross joints, allowing for smoother rotation and easier maintenance. This design change has greatly improved the robot's reliability and performance.
Another significant upgrade is Atlas' AI brain, powered by Nvidia chips. The AI can be trained to perform tasks through teleoperation, where a human controls the robot using virtual reality gear. Boston Dynamics' machine learning scientists have shown that Atlas can learn to stack cups and tie knots with remarkable precision.
However, despite these impressive advancements, there are still challenges to overcome. Kuindersma acknowledges that robot hands pose a complex engineering problem, requiring innovative solutions for grasping and manipulation tasks. The new Atlas model has only three digits on each hand, which can swing into different positions or modes, allowing the robot to adapt to various objects.
As Playter notes, there is certainly hype surrounding humanoids like Atlas, with predictions of millions or even billions of robots in our future. But he also emphasizes that building reliable machines takes time and that affordability will be a critical factor in widespread adoption.
While we're not quite there yet, Boston Dynamics' ongoing advancements in humanoid robotics are pushing the boundaries of what's possible in the field. As Kuindersma puts it, "there's still a lot of opportunity to improve teleoperation systems" – and with Atlas at the forefront, it's clear that the future of robotics is looking increasingly human-like.