The Chinese company Unitree Robotics located in the province of Zhejiang revealed its new prodigy, the Unitree H2, a robot 1.80 cm tall and 70 kg, capable of executing ballet turns, kickboxing routines and even parading with almost human fluidity. The official video went viral on social networks.

In the video, he performs perfect pirouettes, movements inspired by classical ballet and seconds later he demonstrates his strength and balance with martial arts blows. In another moment he walks next to a human model and a catwalk and the similarity in the movements is impressive.

Unitree H2 shows a refined design, a silver metallic face with well-defined human features, eyes, lips and nose, which are quite reminiscent of the machines we see in the movie “I Robot”, according to Unitree, the humanoid was born to serve with security and friendliness, reflecting a new generation of robots designed not only for performance, but also for social coexistence.

This evolution comes after the success of the H1, the previous model that reached speeds of up to 5 meters per second when running, the H1 also shone at the World Humanoid Robot Games since 2025 in Beijing, winning the 400 m and 1500 m tests a milestone for Chinese robotics, now H2 takes this excellence even further with 31 degrees of freedom, improved joint control and ultra-sensitive mechanical balance, it can synchronize multiple body movements with precision biomechanics, reproducing human gestures with a naturalness previously reserved for science fiction.

Unitree Robotics, founded in 2016, became known for its quadruped robots like the B2, but today it is emerging as one of the world leaders in the humanoid race. Unitree H2 is the company's fourth bipedal model after the G1, R1 and the H1 itself, and marks the beginning of a new phase focused on practical integration with human daily life; Despite the technological achievement, CEO Wang Xingxing recognizes that mass adoption of industrial home robots is still far away, progress is gradual, but each step brings robotics closer to real coexistence with humans.