Atlas is a bipedal robot that performs parkour tricks. It is tethered-free and uses templates. The video below shows some of the tricks Atlas can perform. Despite being bipedal, Atlas is not as graceful as a human. It often loses its balance when clearing a vault.
Atlas is a bipedal robot.
The Atlas robot has been in development for several years. The Boston Dynamics company has released an “inside the lab” video to showcase the robot’s capabilities. According to the company, Atlas can perform parkour maneuvers and achieve the vault portion of its routine approximately half the time. However, it still makes a lot of mistakes, including falling and losing its balance after jumping over a vault.
The Boston Dynamics company is best known for creating two and four-legged robots that mimic people and dogs. But this latest creation, called Atlas, is bipedal and resembles a human in appearance and movement. The team put Atlas through a parkour course to show off its sensor suite and ability to mimic humans.
Though Atlas isn’t optimized for any particular task, it does a great job of capturing human-like behaviors. While Atlas is not the ideal robot for performing parkour tasks, its human-like form factor makes it suitable for various other tasks, such as running.
While it may be too early to predict the future of bipedal robotics, Boston Dynamics has made some promising steps in this direction. The Atlas uses a custom motor and hydraulic system and weighs under 180 pounds. Google acquired Boston Dynamics in 2013 and later sold the company to Softbank. In addition to Atlas, the company developed SpotMini and Handle for logistics robotics.
It performs parkour tricks.
In a recent video, Boston Dynamics’ Atlas robot performed parkour tricks with a partner. The company calls the robot the “world’s most dynamic humanoid,” and watching its agility and speed is impressive. The robot is about five feet tall, weighs about 190 pounds, and is powered by onboard batteries and three computers.
Boston Dynamics likely used a behavior-based control architecture to achieve such incredible feats. In this approach, the robot is programmed to perform actions based on its current perception of its environment and the current status of its joints. The software and hardware of the Boston Dynamics robot allow it to perform multiple tasks in a sequence.
In addition to parkour, Boston Dynamics has also been developing Atlas as a research robot to push the boundaries of robotics. The company envisions future helper robots with human-like dexterity. While Atlas isn’t a production model, it is designed to help engineers develop better control and perception systems.
While Atlas still needs to be in production, the video reveals how the Atlas robot can navigate the terrain with unrivaled agility and speed. With such skill, Atlas can perform automated data collection and inspection tasks. While Atlas is still only a research model, it shows how far robotics has come. And while videos can be a bit narrated, they give insight into how far the technology has come.
It is tethered-free
The Boston Dynamics robot Atlas has been impressing the world for a while now. Its parkour skills have already made headlines. The robotics company has also worked with the Massachusetts Institute of Technology and the U.S. military. The company has also used its Spot robot during COVID-19 response efforts. The robot can monitor patients’ vital signs, reducing the contact required from human healthcare workers.
In the past, Atlas had been tethered to a cable to stay upright. But it can now walk without any safety line. The robot can climb 40 cm steps and leap over obstacles. This is a giant leap from the previous tethered version.
Human test engineers guide the Boston Dynamics robots during the demonstration. In addition, they are equipped with unique remote control systems. This way, the robots can only fall once. However, this can only happen if the ground is balanced.
It uses templates
Atlas, Boston Dynamics’ most dynamic humanoid, has been tasked with performing parkour. It can balance beams and vaults. The company says that the Atlas robotics program is helping engineers develop perception and sensory systems. The video shows Atlas performing a series of stunts, including a backflip.
The engineers at Boston Dynamics train Atlas to perform parkour by providing a high-level map of the parkour course. This map contains annotated actions and obstacle navigation templates, which enable the robot to accomplish the parkour routine. While these maps are not geometrically accurate, they provide enough information to get the robot where it needs to go.
While this video shows the Boston Dynamics Atlas robot completing a parkour fake, it also shows its limitations. The video could be better, but it offers a glimpse into humanoid robots’ development. Engineers will continue refining and improving the software that powers Atlas in the coming years.
Boston Dynamics is known for its flashy videos of robots performing parkour. The Atlas robot has demonstrated its abilities with several videos. It can perform backflips, dance, and run over obstacles. These videos have millions of views on YouTube and generate a lot of discussions. The latest video of Atlas running a parkour course received hundreds of thousands of views within a few hours of release. It became one of the top ten trending topics on Twitter in the U.S.
Boston Dynamics’ Atlas robot is a humanoid robot that can perform parkour and free running. It can navigate obstacles and jump over logs. The robot has been programmed with novel sensing capabilities that allow it to keep a proper balance, even if it slips a little bit.
The robot uses hydraulic systems and three onboard computers to move around. It can also do somersaults and even crash to the ground in its training sessions. Its ultimate goal is to mimic the movements of a medium-sized adult human. The possibilities for Boston Dynamics’ Atlas robot are nearly limitless, but parkour was chosen as one of the first activities it could explore.
The Boston Dynamics robot, Atlas, has been trained to perform parkour. The robotic system has 28 degrees of freedom and stands five feet tall. The robot’s engineers have identified parkour as a perfect test activity because it requires it to engage its entire body, balance, and switch behaviors seamlessly.
However, Boston Dynamics needs a clear explanation for how it achieves this feat. The company needs to state its technology level and provide more information on the Boston Dynamics website. As a result, there is a great deal of speculation on the internet about Boston Dynamics’ robots.