DRIVE CHINA, May 6, 2024 (GLOBE NEWSWIRE) -- Tesla's latest video of its robot Optimus shows its ability to perform tasks in a factory environment, marking the company's progress in the field of humanoid robots. The following is an objective report on this news event:
Tech Showcase: In a newly released video, Optimus demonstrates its ability to sort batteries. It is able to accomplish this task at normal speeds as well as 20 times the speed, demonstrating its ability to operate efficiently and precisely.
Independent Operation: Optimus completes tasks within the factory environment without human intervention and works completely autonomously, demonstrating its progress in autonomous navigation and task execution.
Finger dexterity: Nvidia scientist Jim Fan spoke highly of the Optimus' hand dexterity, noting that its hand not only has tactile sensing, but also has 11 degrees of freedom (DoF), which is better than the 5-6 degrees of freedom in the industry. This design allows the Optimus to perform delicate operations such as picking up a crooked battery.
Technology Improvements: Musk revealed that Optimus' hand freedom will be increased to 22 later this year, which will further enhance its operational capabilities.
Training details: Tesla has made a rare announcement of the training details of the robot. Optimus trains the task of sorting batteries through an end-to-end neural network that uses data from a 2D camera and haptic and force sensors in the hand to directly generate joint control sequences. In addition, the data during the training process is collected remotely through human-wearable VR devices.
Parallel operation: To improve training efficiency, Tesla deployed multiple Optimus robots in a single factory, which were tested at different workstations and continuously improved.
Future Prospects: The video also concludes with an increase in the Optimus' ability to walk, indicating the possibility of moving and performing tasks in a wider range in the future.
In summary, the latest progress of Tesla Optimus shows its improvement in autonomy, operational ability, and training technology. These advances are of great significance for the development of humanoid robots, which may play an even greater role in industrial automation and daily life in the future.