China’s robotics industry has achieved a powerful new milestone as AgiBot’s humanoid robot, the A2, successfully completed a 100-kilometer cross-province walk from Suzhou to Shanghai—earning official recognition from Guinness World Records for the Longest journey walked by a humanoid robot.
The A2 began its journey at Suzhou’s Jinji Lake and arrived at Shanghai’s Bund after covering 106.286 kilometers, a feat that demonstrates the maturity, reliability, and growing commercial readiness of China’s humanoid robotics technologies.
Real-World Urban Navigation Showcases China’s Robotics Capability
The A2 walked across diverse real-world environments—city streets, highways, scenic areas, bridges, tactile paving, sloped paths, and low-light night sections. Throughout the journey, the robot followed traffic rules and operated continuously without a single shutdown.
A major contributor to this achievement was AgiBot’s hot-swappable battery system, which allowed uninterrupted operation for the entire route. Despite walking more than 100 kilometers, the robot showed only minimal wear on its foot soles, highlighting the durability and engineering quality of China’s emerging humanoid platforms.
Mass-Produced, Not Modified—Proof of Industrial Maturity
AgiBot confirmed that the A2 used in the challenge was a standard mass-produced unit, identical to those already deployed for clients—no special modifications were made.
Equipped with dual GPS, lidar, and infrared depth cameras, the robot demonstrated precise sensing and navigation across complex and dynamic urban environments, reflecting China’s progress in integrated hardware-software robotics systems.
Upon reaching the North Bund, the A2 briefly interacted with reporters, leveraging its built-in multilingual capabilities and memory systems—and humorously remarked that it “might need a new pair of shoes.”
Strengthening China’s Robotics and Embodied-Intelligence Ecosystem
Wang Chuang, Partner and Senior Vice President of AgiBot, noted that the challenge was designed to showcase the stability, resilience, and real-world adaptability of China’s humanoid robot technologies. Achieving a continuous cross-province walk demonstrates advances in balance control, endurance, mechanical durability, and autonomous decision-making.
AgiBot also revealed that the A2 surpassed 1,000 units shipped in 2025, marking a significant step in large-scale deployment and accelerating the growth of China’s robotics industry.
A Symbol of China’s Rapid Advancement in Intelligent Robotics
Veteran industry expert Liu Dingding emphasized that the progression from last year’s robot marathon to this year’s 100-kilometer walk highlights the extraordinary pace of innovation in China’s robotics sector. Key technologies—locomotion algorithms, motion control, environmental sensing, and system integration—are evolving rapidly, enabling humanoid robots to operate with increasing autonomy and reliability in demanding settings.
According to Liu, this breakthrough strengthens the momentum of China’s embodied-intelligence industry, supporting national goals in intelligent manufacturing, industrial upgrading, and service automation. As robot performance continues to improve, their ability to take on complex physical tasks will play a meaningful role in boosting China’s economic growth and technological competitiveness.
A Milestone Driving China’s Future of Automation
AgiBot’s record-setting achievement is more than a technological milestone—it is a clear reflection of China’s accelerating leadership in robotics innovation. As humanoid robots transition from controlled environments into real-world applications, they will contribute to:
- Higher industrial efficiency
- Expansion of intelligent services
- Strengthening of advanced manufacturing
- Growth of China’s high-tech economy
The A2’s 100-kilometer walk signals a new stage where robotics, automation, and embodied intelligence become deeply integrated into China’s economic and technological landscape.
China’s robotics future is unfolding at remarkable speed—and AgiBot’s achievement marks another major step forward.