The recent debut of the Unitree H2 humanoid robot has generated great excitement in the technology industry. Designed with a stature of six feet tall and a sleek design, the H2 features a combination of mechanical efficiency and visual elegance that does not go unnoticed.
With a bipedal structure that replicates human locomotion, it is able to execute precise movements thanks to its 31 degrees of freedom and an articular torque that reaches 360 N-m.
Unitree H2: a robot with human perception and expressiveness
As expected, the company Unitree Robotics took care of every detail. Each limb of the H2 is equipped to mimic human movement with great fidelity. Its arms have three joints at the shoulders, two at the elbows and two at the wrists, allowing for precise and versatile manipulation. The legs offer six degrees of freedom per side, promoting stable locomotion on different terrains.
The waist has three additional degrees of freedom that improve balance and rotational mobility. The head has two axes of movement, facilitating visual orientation.
Their arms have three joints at the shoulders, two at the elbows and two at the wrists. Source: Unitree Robotics
Likewise, the H2’s stereoscopic vision is achieved by means of a dual camera on its “bionic face”, which is common to all models. This configuration offers a wide field of view, allowing object recognition and autonomous navigation.
The hands, designed with several interchangeable models, expand their interaction capabilities in functions such as assistance, assembly or tactile manipulation.
Algorithms evolving in real time
One of the most notable features of the H2 is its motion control system, based on algorithms that can be updated remotely via OTA technology. This allows it to continuously improve its responsiveness to different environments and tasks.
Its operating system works in sync with a specialized Jetson AGX Thor chip, which offers up to 2070 TOPS of power, giving it the ability to integrate complex artificial intelligence models. artificial intelligence models in real time.
Expanded application scenarios
The Unitree H2 has been designed to operate in industrial, logistic and even domestic scenarios. Thanks to its flexibility of movement, OTA updates and computational power, it can be adapted to tasks such as surveillance, assistance, investigation or risk work.
Its modular design makes it an ideal platform for testing in simulation environments and advanced algorithmic integration.
During its unveiling in Hangzhou, the Unitree H2 was met with interest from engineering and automation experts. The combination of aesthetic design, technical capabilities and intelligent upgrades has positioned the robot as one of the most promising propositions in the race to develop functional humanoids.
Its impact is expected to extend to sectors requiring precision, autonomy and adaptability.
Source and photos: Unitree Robotics
