China's robotics industry is making waves with its latest innovation: a life-sized humanoid robot named H2. This robot is designed to captivate with its graceful movements and an unusual feature - an emotionless, static face. The H2 is a full-sized humanoid robot that can dance, move with impressive agility, and turn heads for one unusual reason: its face. Unitree, a Chinese robotics firm, has made significant strides in humanoid robotics. The company launched the G1 last year for $16,000, followed by the R1 at just $5,900. Now, it’s raising the bar with the H2, unveiled in a new demo video that shows the robot performing elegant ballet steps with surprising fluidity. What makes the H2 stand out isn’t just its movement—it’s its design. For the first time, Unitree has given one of its robots a human-like face rather than the sleek, faceless heads seen on previous models. The effect is… strange. The “face” doesn’t move or show expressions, and its “eyes” are actually cameras. The result looks more like a department-store mannequin than a futuristic android—an odd aesthetic choice for what’s expected to be Unitree’s most expensive model yet. The company hasn’t disclosed the H2’s price yet, but with the H1 already priced around $90,000, the new model will likely be in the same ballpark. Unitree promotes the H2 with the tagline “Born to serve everyone safely and friendly,” hinting that it may join China’s growing trend of companion robots, like Fourier’s GR-3. But not everyone is convinced this technology is ready for prime time—especially after Unitree’s G1 model went haywire earlier this year when it lost contact with the ground. Edward Back, a journalist, expresses a passion for programming that began with his first computer, an Amstrad CPC 6128. He started coding in Basic, then moved on to Turbo Pascal on a 286, eventually exploring more modern languages including web development. He's also deeply interested in science, which led him to attend a math-focused preparatory program. Later, he studied psychology with a focus on the cognitive aspects of artificial intelligence.
