Bolt: Shanghai Startup Unveils the Fastest Full‑Size Humanoid Robot
Beijing, China (Times Media Service) — MirrorMe Technology unveiled Bolt, a full‑size humanoid that hit a claimed peak speed of 10 meters per second (≈22 mph) in company footage, pitched as an athletic training partner and a leap in human‑robot locomotion.
Key takeaways
- Bolt is a full‑size humanoid (about 175 cm, ~75 kg) that MirrorMe says reached 10 m/s (≈22 mph).
- Company footage shows a treadmill split‑screen comparison with founder Wang Hongtao; independent third‑party verification is not yet public.
- Design improvements include redesigned joints, higher‑performance motors, an optimized power system and advanced locomotion control.
- MirrorMe positions Bolt as a potential robot training partner and a step toward “super‑species” robots that exceed human athletic limits.
Overview
MirrorMe Technology, a Shanghai startup formed in May 2024, unveiled Bolt in early February 2026. The company released promotional footage showing the robot running on a treadmill and claimed a peak speed of 10 meters per second — about 22 miles per hour. Public reporting on the run traces back to the company’s own materials and media coverage.
Design and testing: how Bolt runs so fast
MirrorMe attributes Bolt’s speed to several engineering changes: redesigned joints, higher‑performance drive motors, an optimized power system and improved locomotion control software. The firm emphasizes balance and smooth motion at high cadence rather than oversized limbs or unrealistic proportions.
Promotional footage uses a split‑screen treadmill comparison: founder Wang Hongtao runs on one side while Bolt runs on the other. As the pace increases, Wang struggles while Bolt sustains the settings by compensating with faster leg turnover. MirrorMe highlights control and balance as critical technical priorities alongside top speed.
Size, weight and physical profile
Bolt measures roughly 175 cm (5 ft 7 in) and weighs ≈75 kg (165 lb), intentionally close to average adult human proportions. MirrorMe says the human‑scale form makes Bolt an “ideal humanoid form” for tasks that require human‑scale motion and interaction.
Company background and prior achievements
MirrorMe, staffed in part by engineers from Zhejiang University and other research groups, has prioritized speed since about 2016 and previously developed quadruped platforms named Black Panther and Black Panther II. In 2025, Black Panther II drew attention for a reported 100‑meter sprint in 13.17 seconds during a live broadcast.
Stated goals and possible uses
MirrorMe describes Bolt as more than a record setter, envisioning “super‑species” robots that can exceed human limits in speed, acceleration and endurance. One practical target is sports: Bolt could act as a steady, fatigue‑free training partner that provides precise pacing, repeatable sprints and motion data — a
“steel sparring partner”
for athletes.
Verification and open questions
All published coverage of the 10 m/s claim points back to MirrorMe’s promotional footage and company releases. Independent, third‑party verification beyond the posted footage has not appeared in public reporting. Key open questions remain: Were metrics independently measured? How repeatable is the performance? How well does Bolt handle outdoor terrain, obstacles and variable conditions?
Why this matters beyond a record
Historically, the fastest mobile robots have been quadrupeds or non‑humanoid platforms. A full‑size humanoid running near 22 mph could reshape expectations for robots that operate alongside humans — in sports, logistics, emergency response and other fields where human‑scale speed and motion matter.
High‑performance robotics also feeds a geopolitical narrative: leadership in reliable, fast, human‑scale locomotion can influence manufacturing, defense research and supply chains. For policymakers focused on competition and sovereignty, Bolt’s debut underscores the importance of talent, supply‑chain resilience and industrial policy.
Implications for Utah
Economic impact: Utah’s precision parts, motor, sensor and battery suppliers could see new opportunities if high‑performance humanoids move toward commercialization. Local machine shops, component makers and startups may compete for subcontracts or partnerships.
Jobs and workforce: Robot development requires engineers, technicians and skilled assemblers. Utah universities and technical colleges produce graduates in robotics and mechatronics; strengthening pipelines into advanced manufacturing would help capture economic benefits.
Public safety and policy: Bolt’s role as a training partner could interest Utah athletic communities, but regulators should consider safety standards, testing protocols, liability and insurance before high‑speed robots are used around people.
National security: Speed, balance and endurance are capabilities of interest to defense research. State leaders and federal partners should monitor developments and consider supply‑chain and IP protections to support U.S. competitiveness.
Sources and further reading
- Fox News: “World’s fastest humanoid robot runs 22 mph”
- Mugglehead: “Humanoid robot Bolt hits 10 metres per second in real-world test”
- Interesting Engineering: “Meet Bolt, the world’s fastest humanoid robot”
- CGTN: “Chinese humanoid robot shatters world speed record with 10 m/s sprint”
- China Daily: coverage of the Bolt demonstration
- Electronics360: “Meet Bolt — world’s fastest humanoid robot”
- MirrorMe video on YouTube: promotional footage of Bolt’s run
Note: Reporting on Bolt’s 10 m/s figure is based on MirrorMe’s public footage and company statements posted in early February 2026. Independent third‑party verification is not yet reported.
