MIT's Cheetah robot has finally been let off the leash -- and boy can it run. Watch as it bounds across a grass field, and even jumps over a hurdle. It isn't quite up to the evolutionary magnificence ...
The robotic cheetah developed by the Massachusetts Institute of Technology (MIT) just keeps getting more advanced. Since its debut in 2015, the four-legged, dog-sized robot known as “Mini Cheetah” has ...
Engineers at MIT have created a plethora of robots in recent years from machines that see with their feet to a cheetah automaton that can run through the grass. Now ...
Jesse Orrall (he/him/his) is a Senior Video Producer for CNET. He covers future tech, sustainability and the social impact of technology. He is co-host of CNET's "What The Future" series and Executive ...
After hours of testing, I'm thrilled to announce that you can now run the MIT Mini Cheetah in Gazebo using https://t.co/2URXjJ01j6. #goROS pic.twitter.com/fp344m7VbQ ...
Last week, the Massachusetts Institute of Technology Biometric Robotics Lab shared a video of nine robotic "cheetahs" playing soccer with one another. The Mini Cheetahs are shown walking in a straight ...
The Mini Cheetah robot was made at the Massachusetts Institute of Technology (MIT), and has previously been seen backflipping. The robot learned to run faster than ever before after the researchers ...
A lot of robots in development are able to perform amazing feats in a laboratory setting when they’ve got plenty of tethers and cables keeping them perpetually powered and safe. The real test of their ...
Although not nearly holding a Usain Bolt speed, MIT's Biomimetics Lab recently surpassed the speed record for a robotic Mini Cheetah. However, it is worth noting that the MIT researchers did not teach ...
When MIT first introduced their Mini Cheetah robots, they showed off by doing backflips and kicking around a soccer ball. Now scientists are taking those skills to the next level by teaching the ...
MIT’s Biomimetics Lab recently broke the speed record for a robotic Mini Cheetah: not quite Usain Bolt speed, but probably faster than you can run. But this robot can’t see, and MIT’s researchers didn ...
Some robotics challenges have immediately clear applications. Others are more focused on helping systems solve broader challenges. Teaching small robots to play soccer against one another fits firmly ...