Key Points
- Boston Dynamics releases new video showing new capabilities for its humanoid robot, Atlas, at a simulated construction site.
- Atlas uses a claw gripper to pick up and manipulate objects, including a wooden plank and a toolbag.
- The robot performs tasks at human speed, showcasing its ability to perform real-world manipulation tasks.
- The new routine represents a natural progression of ongoing research and builds upon previous research in parkour and dancing.
- The video highlights the importance of Atlas' ability to interpret its environment and perform specific tasks with its hands.
Boston Dynamics, the company known for creating robots that can perform a variety of tasks, has released a new video showcasing the capabilities of its humanoid robot, Atlas. In the video, titled “Atlas Gets a Grip,” the robot demonstrates its ability to manipulate objects and navigate a simulated construction site. The Tech industries have a lot to learn about this kind of technology to move forward on their stocks value.
The video shows Atlas, using a claw gripper, picking up and manipulating a wooden plank to create a bridge for itself onto a scaffold. It then picks up a toolbag, runs onto the scaffold, spins around and throws the toolbag up to a construction worker. Atlas then pushes a wooden box off the scaffold and flips and twists its way to the ground.
The video shows Atlas, using a claw gripper
Atlas Running and Jumping Everywhere
These new moves represent a natural progression of ongoing research, according to Ben Stephens, Atlas controls lead at Boston Dynamics. The company has previously showcased the robot’s ability to perform parkour and dance moves, but now they are focusing on building upon that research to perform meaningful manipulation tasks.
The manipulation tasks in this video require a more nuanced understanding of the robot’s environment. It needs to be able to detect, grip, and move objects with different sizes, materials, and weights, all while staying balanced.
The video also highlights the importance of Atlas’s control software, which has been upgraded to enable the robot to perform these tasks with a certain amount of human speed.
This new routine showcases the potential for robots to assist in various industries, such as construction, manufacturing, and logistics. It also demonstrates the ongoing advancements in robotics technology and the potential for robots to perform tasks that were previously thought to be the exclusive domain of humans.
As the company continues to push the boundaries of what is possible with robots, it will be interesting to see how they will be utilized in various industries and how they will impact the workforce
