Unitree pulls off an autonomous humanoid kung fu show

What happens when you drop dozens of autonomous humanoid robots onto a live stage, ditch human teleoperation entirely, and tell them to perform synchronized martial arts at full sprint?

Unitree Robotics just pulled off what it claims is the world's first fully autonomous humanoid cluster kung fu performance during the 2026 CMG Spring Festival Gala, marking the company's third appearance as the event's official robot partner.

High-flying parkour at four meters per second

The showcase featured dozens of Unitree G1 humanoid robots executing synchronized routines completely unassisted. Beyond basic synchronized stepping, the robots pushed mechanical and dynamic limits with several claimed world firsts.

Among the stunts: continuous freestyle table-vaulting parkour, continuous single-leg flips, a two-step wall-assisted backflip, and an Airflare grand spin reaching seven-and-a-half rotations. The robots even pulled off a launched aerial flip clearing a maximum height of over three meters.

Moving a herd of heavy metal at speed is a massive collision risk. Unitree's newly upgraded high-concurrency cluster control system managed arbitrary synchronized cluster movements at speeds up to 4 m/s with ultra-low latency. The G1s were also equipped with newly self-developed dexterous hands, allowing them to rapidly switch and grip martial arts props during the performance.

Unitree's larger H2 robot also made appearances across two stages. At the Beijing main venue, H2 acted as a sword grandmaster performing a sword routine before holding hands with a young martial artist to deliver a fist-and-palm salute. Meanwhile, at the Yiwu sub-venue, an H2 donned Monkey King armor with a golden cudgel, riding a somersault cloud built from B2W quadruped robot dogs.

The tech keeping tumbling bots from drifting

Violent flips usually destroy traditional localization pipelines, leading to tracking loss, sensor drift, and catastrophic crashes.

To counter this, Unitree introduced an AI fusion localization algorithm. By deeply fusing proprioceptive sensor data with 3D LiDAR, the system processes environmental data hundreds of times per second, keeping precise tracking even mid-flip.

For motion execution, the engineering team fine-tuned pre-trained general control models. This allowed each G1 to dynamically adjust its foot placement and positioning while executing rapid martial arts strikes, eliminating cumulative drift across long routine sequences.

According to Unitree, its humanoid robot shipment volume ranked number one globally in 2025, and this gala performance served as a live-fire stress test of that scaled hardware fleet.

Why it matters

We think this showcase is a masterclass in pushing dynamic limits in public. Putting dozens of autonomous humanoids on live television without safety tethers or manual overrides is a massive flex of confidence in hardware reliability.

For the robotics industry, the martial arts theme is mostly flashy wrapping around serious engineering. Achieving 4 m/s arbitrary formation sprints alongside 3-meter aerial flips proves that Unitree's actuators, power delivery, and state estimation can absorb massive shock loads without blowing out.

That said, high-concurrency choreography in a staged arena is not general-purpose workplace autonomy. The stage environment provides predictable traction and known bounds, meaning these control policies still live far away from navigating unstructured factories or homes.

Even so, while competitors are still showcasing single-unit walking demos or tethered lab flips, Unitree is running high-speed fleet formations. It raises the bar for dynamic cluster control across the entire embodied AI sector.