A humanoid robot developed by Chinese robotics company Agibot has secured a Guinness World Record after completing a 106-kilometer journey from Suzhou to Shanghai, marking the longest distance ever walked by a humanoid robot. The achievement demonstrates a significant milestone in robotics reliability and brings commercial applications of humanoid robots closer to reality.

The robot, identified as Expedition A2 (serial number SNA210041BA00652), completed the journey from Suzhou's Jinji Lake to Shanghai's Bund without shutting down, utilizing a hot-swappable battery system. On November 20, Guinness World Records officials awarded the certification for "Longest journey walked by a humanoid robot" after verifying the 106.286-kilometer distance.

The successful completion of this challenge signals that humanoid robot technology has reached sufficient maturity for large-scale commercial deployment, particularly for repetitive tasks in retail, hospitality, and service sectors.

Record-Breaking Journey Across Complex Terrain

The Expedition A2 began its journey from Suzhou's iconic Gate to the Orient landmark and traversed diverse environments including urban areas, scenic zones, national highways, and provincial roads. The robot navigated asphalt roads, tiled surfaces, bridges, tactile paving for the visually impaired, and slopes while adhering to traffic regulations throughout the journey.

The challenge commenced on the night of November 10 and continued until the morning of November 13, with GPS instruments recording the trajectory and five third-party supervisors providing continuous oversight. The entire process was witnessed and verified by professional observers before Guinness World Records confirmed the valid result on November 14.

Commercial-Grade Hardware Demonstrates Industrial Readiness

According to Wang Chuang, partner and senior vice president at Agibot, the robot used in the challenge was a standard production model with no custom modifications, identical to units deployed with customers. The demonstration was designed to showcase the technology's reliability for practical applications.

"Walking from Suzhou to Shanghai is a task many people cannot complete in one attempt, but the robot achieved it," Wang said. "This proves its hardware performance, balance algorithms, and durability have matured sufficiently for mass commercial use."

The Expedition A2 has undergone over 3,500 hours of reliability testing in laboratory conditions, including various terrain types such as different slope gradients, lawns, and gravel roads. The robot has been operating under fully autonomous testing protocols for the past three months.

Advanced Sensing Capabilities Navigate Complex Urban Scenarios

For the cross-provincial challenge, the Expedition A2 was equipped with dual GPS modules working alongside built-in lidar and infrared depth cameras, enabling precise navigation through day-night transitions and varying lighting conditions. The infrared sensors proved particularly crucial for maintaining perception capabilities in low-light nighttime environments.

The robot successfully managed numerous complex scenarios including traffic light recognition at intersections, navigating narrow passages, handling crowd attention, and avoiding close encounters with electric bicycles. After completing the 100-kilometer journey, the robot remained in good condition with only partial wear on the rubber layer of its feet.

Mass Production Targets Service Industry Applications

Agibot has achieved delivery volumes exceeding 1,000 units in 2025, ranking first globally in full-size humanoid robot deployment. The Expedition A2 currently possesses advanced capabilities including multilingual interaction, facial recognition and memory, autonomous guided tours, and item delivery.

Wang noted that walking ability represents just one component of the robot's fundamental capabilities. The company updates customer units with new features through over-the-air updates approximately every two months, maintaining rapid development pace in the embodied intelligence sector.

"We aim to combine stable hardware with intelligent systems to transform them into unlimited productivity," Wang stated. "We expect these robots to undertake repetitive tasks such as delivery, sorting, and reception in retail, restaurants, corporate lobbies, and potentially home service scenarios, becoming trusted partners deeply integrated into daily life."

The achievement underscores China's advancing position in humanoid robotics development as companies race to commercialize technologies that can perform practical tasks in real-world environments.