Chinese Robotics Company Zhongqing Robotics, too Known as EngineaiHe officially entered the scene of humanoid robotics by posting a video showing what he claims to be the world’s first humanoid robot front flip.
Return robots become commonplace, but the front turn is much more difficult than the return system, as any gymnast can confirm.
PM01 Humanoid robot performing the front turn. (Engineai)
The front turn: a big deal
Challenge for Robots trying the front turn It lies in maintaining balance and control throughout the rotation.
Unlike people, robots rely on precise sensor data and engine control to perform complex movements. During the front turn, the robot must quickly move its weight, adjust the center of gravity and coordinate the movements of his limbs to ensure a smooth and controlled landing.
Engineai has overcome a significant challenge in the robotics by programming its PM01 to collect enough force to turn in the direction of forward, calculating the correct angle speed and torque.
PM01 Humanoid robot performing the front turn. (Engineai)
Humanoid robots bust dance moving along with people
Robots do not feel fear
Of course, this is a robot and there is no fear, hesitation and a sense of self -preservation. His designers can put any range of powerful electrical engines And the joints in his anatomy, and is coded and instructed to turn, so that he turns.
What is artificial intelligence (AI)?
PM01 Humanoid robot performing the front turn. (Engineai)
China runs an object for the simultaneous training 100 plus humanoid robots
Engineai’s PM01: Details
It is still an impressive feat, because the field of robotics, especially humanoids, a general -purpose robot, progresses at an incredible speed. Ten years ago, things like this just didn’t exist. You can now buy your own open source Pm01 robot For 13,700, according to the Engineai website.
Its specifications are not bad, with five degrees of freedom in each hand and six per leg, a total of 23 degrees of freedom in the movement of the body. The robot also has 221 LB-FTI torque (300 Nm), which seems quite a blow when a small guy is only 4.5 ft and weighs 88 lb. Engineai’s humanoid nail nail robot and leaves as a champion with one of the most prominent people visible, and is also quite impressive.
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PM01 Humanoid robot. (Engineai)
The latest Chinese humanoid robot is ready to serve as never before
Key features of Engineai PM01
AND Engineai PM01 is a new generation of an open -core humanoid robot designed with elegant aesthetic and dynamic mechanical performance. It has a collaborative ecosystem, equipped with an Intel N97 + Nvidia Jetson Orin Dual Chips, offering training codes to control movement and codes for implementation of X86 and Orin.
Engineai PM01 contains a natural walking of walking with the ultimate technology of a neural network for authentic movement of man. It has an interactive core screen, which provides a multi -dimensional experience of a smart interaction. It has exceptional mobility, with the degrees of freedom of the whole body. The robot contains characteristic lights of family -style stars and adaptable movements by simulating learning and continuous evolution.
PM01 Humanoid robot. (Engineai)
Technical specifications
Engineai PM01 has a deep camera, an Intel RealSense D435i, a multi -story microphone for a clear and bright sound quality and an interactive core celestial for a noce -user user experience. The robot is designed with high flexibility at the waist, 320 ° rotation capabilities and hollow connecting wiring for light design with high endurance and reliability. Each leg contains 6 degrees of freedom, with three hip joints, one knee joint and two ankle joints.
It also contains 3D speakers of surround sounds that imitate the direction of the human voice. Its rapidly releasing a high capacity battery provides 10,000mAh for long -lasting power and a quick replacement. PM01 is powered by high quality architecture with a double chip with an Intel N97 + Nvidia Jetson Orin. Each hand has 5 degrees of freedom: 2 shoulder joints, one joint of the upper arm, one elbow joint and one joint of the forearm.
The core movement module is capable of a maximum of 300 n · m joint, a threaded torque density of 203 n · m/kg and exceptional mobility with walking speed of 2 m/s, along with a natural walk similar to a person.
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PM01 Humanoid robot. (Engineai)
Kurts key endeavor
So, what does it all mean? Well, it is clear that robotics progresses an incredible pace. Enginea’s front skating robot testifies to the ingenuity and innovation on the field. Because of this, you are wondering what amazing robots will perform in another ten years.
How much do you think is a realistic movement to accept and integrate humanoid robots into everyday life? Let us know by writing us on Cyberguy.com/contact
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