Unitree has revealed a humanoid prototype named "Superman," claiming a top running speed of 12.66 meters per second and a standing jump of about 2 metres. According to the company, that running speed exceeds the best human sprint recorded by Usain Bolt, and the jump height is well above existing human records.
The company says the machine was built in three months and has legs measuring 0.85 metres in length. Earlier this year, Unitree reported reclaiming the running speed record with a 10 m/s run and entered a humanoid in the Beijing marathon. With the Superman prototype, Unitree now asserts it has surpassed Bolt's mark.
Unitree also states there is significant room for further performance improvements.
Numbers and corporate context
Unitree reports having shipped some 18,000 bipedal robots and that it went public with a valuation of $900 million. These figures indicate rapid production and a sizable commercial footprint.
Demonstration versus deployed capability
While the new speed and jump figures are notable engineering achievements, the company’s deployed robots have faced criticism for limited real‑world utility. Robots intended for tasks such as lifting boxes have delivered uneven results and are reported to struggle with reliable work performance. By contrast, the sprinting-capable prototype was allegedly produced within a quarter, highlighting a fast development cycle but not proving broad industrial applicability.
Each milestone Unitree has announced in recent months—running, jumping, marathon participation, and repeatedly breaking its own records—represents an athletic feat more than a demonstrated workplace solution.
What this means in practice
Unitree has quickly accumulated headline-making technical achievements in bipedal robotics. However, despite shipping thousands of robots and achieving a substantial public valuation, the most immediate explanation for the Superman prototype’s abilities is that they are currently impressive demonstrations rather than established, practical tools for jobs. Whether and how such athletic performance will translate into useful commercial or service applications remains unresolved.
Summary
The company's pace of iteration and public milestones show significant engineering progress, but the gap between spectacular robotic athleticism and dependable labor-saving robots persists.
