The global race for robotic speed has a new frontrunner.
On Monday, a research team from Zhejiang University, in partnership with technology firms MirrorMe Tech and Kaierda, officially unveiled “Bolt,” a full-sized humanoid robot that has clocked a blistering peak speed of 10 meters per second.
Standing 175 centimeters tall and weighing 75kg, the metallic athlete was built to push the absolute physical boundaries of bipedal movement. To prove its mettle, the robot was pitted against MirrorMe founder Wang Hongtao in a treadmill face-off. While the human runner eventually reached his limit, the red-painted android maintained a steady stride until the speedometer hit 10 m/s.
At its current pace, the robot could theoretically finish a 100-meter dash in exactly 10 seconds, placing it within striking distance of elite Olympic-level performance. It also marks the fastest recorded speed for a humanoid of its kind.
From sprinting spectacle to real-world utility
The achievement represents a massive leap in how machines handle balance and power. According to People’s Daily, citing the robot developer, the project led to breakthroughs in “robot locomotion control, dynamic balance and high-performance drive systems.”
While earlier records for the team included the “Black Panther” quadruped, which exceeded 10 m/s in 2025, this is the first time a full-sized humanoid has reached this milestone.
The speed is impressive, but the creators insist this isn’t just about winning trophies. Wang noted that the primary goal was to develop a technological foundation that “approaches or exceeds the biological limits of human motion,” according to CGTN.
The tech industry sees a future where these “super-species” machines serve as more than just novelties. MirrorMe envisions Bolt becoming a “steel sparring partner” for professional athletes, allowing them to train against a machine that can replicate the world-record speeds of legends like Usain Bolt or Noah Lyles in real-time.
The big picture: Why speed matters
In the broader tech landscape, Bolt’s success signals that 2026 is becoming the year humanoid robots move from walking to working.
For an industry focused on commercial deployment, high-speed mobility is essential for efficiency in warehouses, disaster response, and high-intensity industrial environments. Their value lies in navigating environments built for people, using stairs, turning handles, and moving through narrow spaces. Speed and stability are critical for efficiency and safety.
As of late 2025, China alone has over 150 humanoid robot manufacturers. Achieving “human-level” speed and perception means these machines are finally ready to step out of the lab and into a world built for humans, potentially filling critical labor gaps in sectors that require both agility and rapid response.
Also read: Chinese humanoid robot startups are also pushing into the US market as they line up against Tesla’s Optimus