Visual classification, single leg yoga! Tesla humanoid robot shows off new skills, robot concept catches the wind

The evolution of Tesla Optimus humanoid robot is getting closer and closer to "humanity"

According to Tesla’s latest public video, their humanoid robot Optimus can not only classify items through vision, but can also stand on one leg and do yoga

Under the catalytic influence of the news, the concept of robots became active today. So far, the sector has set off a rising trend. Deen Precision's stock price has risen by the limit, Googong Technology has increased by more than 13%, Hechuan Technology has increased by more than 11%, Yawei Technology, Far East Transmission, Hengwei Technology, Collier, and Changqing Technology , Huawei Technology, Aopu Optoelectronics and other stocks also reached their daily limit

On the 24th local time, Tesla Robot’s official account Tesla Optimus updated the latest evolved version “Optimus”.

Tesla said that the humanoid robot Optimus (Optimus Prime) can now classify items independently, and itsneural network training is "completely end-to-end" - it can realize video signal input and control signal Output.

Musk left a message below the video saying: Progress

Judging from the public video, the dexterity and movements of Tesla Optimus look very smooth and natural.

From its demonstrated visual self-calibration, color sorting, standing on one foot, yoga movements and other capabilities, it can be seen that Optimus has many highlights in perception, brain, movement and control.

In the video, Optimus Prime is able to classify objects according to different colors, which involves perception and brain operation. In addition, Optimus was also able to reposition and pick up the displaced blocks when the researchers conducted "messing" tests

This also shows its ability to adapt to changing environments and make adjustments at any time.

In terms of movement and balance, the evolved version of Optimus can already flexibly grab objects and perform multiple single-leg support sports stretching actions

Able to maintain trunk balance while stretching, and assume difficult sports postures, showing excellent posture control ability

The content that needs to be rewritten is: Tesla humanoid robot with one leg stretched

The content that needs to be rewritten is: (with hands stretched out, one leg upright)

(Optimus of Yoga)

Last year, a prototype of Tesla’s humanoid robot Optimus made its debut.

According to reports, the robot is about 172 centimeters tall, weighs 73 kilograms, and is equipped with a set of 2.3 kilowatt-hour batteries. It consumes 100 watts of energy when stationary and 500 watts when walking slowly. The entire body has more than 200 degrees of freedom and is able to walk naturally

Optimus also applies a lot of Tesla car development logic, and Tesla’s fully autonomous driving system FSD is also applied to Optimus Prime. However, except for actions such as squatting, picking up boxes, and grabbing objects, it is still slightly stiff compared to the current evolved version of Optimus.

Musk has said that Tesla will strive to achieve mass production and reduce costs. Tesla cars are expected to cost less than that and eventually reach under $20,000

The market has shown greater attention to the comprehensive evolution of Tesla's humanoid robots, and is increasingly interested in investment opportunities in the robot market

CITIC Securities stated that Tesla’s latest video shows TeslaBot achieving limb calibration through vision and position encoders, and demonstrating its humanoid robot’s outstanding posture control capabilities. This demonstration once again highlights the continuous maturity of end-to-end algorithms in humanoid robot applications, and once again demonstrates Tesla's advantages in data volume, algorithms and computing power.

In addition, it completed the task solely by relying on vision, encoder and IMU, showing strong hardware control capabilities. In view of the rapid increase in available data sets for humanoid robots and the continuous maturation of algorithms and computing power, we maintain the "Outperform" rating for the humanoid robot industry, and it is recommended to continue to pay attention to investment opportunities in the humanoid robot sector and related manufacturers.

At the same time, in view of the gradual improvement of the end-to-end deep learning framework, the continuous enhancement of algorithm generalization capabilities, and the continuous increase of market-available data sets, robot identification, interaction and execution capabilities are expected to accelerate qualitative changes in the context of rapid quantitative changes in data; and With the expansion of large-scale production of control-end hardware and the deepening of practical research and development, it is expected to accelerate the application of humanoid robots. It is recommended to pay attention to vision/mechanics/IMU sensors, position encoders, control systems, joints/dexterous hands, chips and algorithm listed (planned to be listed) companies.

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