AgiBot Expedition A3 Sets Guinness World Record for "Most Humanoid Robots Dancing Simultaneously"

Today, AgiBot's Expedition A3 launched a Guinness World Record challenge at the Jinan Yellow River International Convention and Exhibition Center in Shandong, successfully setting the record for "Most humanoid robots dancing simultaneously." 110 full-size Expedition A3 humanoid robots danced in coordination at the same time, performing coordinated dances, wave formations, countdown numbers and more according to instructions. A Guinness World Records adjudicator was present on site to witness the event and presented the official certificate for the challenge result. Wang Chuang, AgiBot partner and senior vice president, said on site: "The hundred robots on stage today are all mass-production models—not a single one is a specially tuned demo unit. That confidence comes from the production lines we have built. Each robot's joint zero position, torque and motion library are unified at the production-line level; this consistency makes a hundred robots on the same stage behave as one—the demo site is the delivery site." Agile LinkBots Builds a Solid Foundation for Multi-Robot Coordination AgiBot's self-developed Agile LinkBots cluster control platform supports visual formation choreography, autonomous navigation, integrated walking-running coordination, and independent motion control for multiple formations; at the same time, the platform system adopts 5G+WiFi dual-mode converged communication to ensure stable and reliable communication links at the hundred-robot scale. In addition, the platform features an autonomous fault-tolerance mechanism: when a single robot experiences a disconnection anomaly, the system automatically completes local formation compensation, ensuring the overall performance formation is neither interrupted nor collapses. Wang Chuang, AgiBot partner and senior vice president, delivers a speech. In this challenge, the 110 Expedition A3 robots coherently completed a series of synchronized actions including positioning, jumping, flipping and formation switching; the overall movements were silky-smooth, neat and coherent, conveying a new breakthrough in humanoid robots' spatial motion intelligence. The Expedition A3 ships standard with UWB centimeter-level fusion positioning; relying on AgiBot's self-developed Agile LinkBots cluster scheduling system and the UWB centimeter-level fusion positioning solution, the AgiBot Expedition A3 can achieve a unified time reference, unified trajectory planning and millisecond-level synchronization, laying a solid foundation for subsequent hundred-robot formation parades, matrix dynamic formations, and grouped, act-by-act independent programs. A hundred robots performing on the same stage is not just a stunning technology demonstration, but also a hardcore stress test for the industry, comprehensively examining core technical capabilities that determine large-scale deployment—such as mass-production consistency of humanoid robots, large-scale cluster scheduling, and centimeter-level positioning—marking a key step for the humanoid robot industry from single-unit demonstrations toward large-scale coordinated deployment. Expedition A3 Moves Toward Urban Public Service Deployment Scenarios In this challenge, humanoid robots moved from a single indoor environment to open venues with sunlight interference, multi-robot occlusion, and crowds walking around occluding positioning signals; a hundred robots simultaneously maintained high-precision positioning, with coordinates not drifting and movements not colliding. This capability can be directly replicated to outdoor parades in amusement parks, commercial performances in plazas, and fixed-point shows in scenic areas—core needs for cultural tourism customers. Beyond large-scale swarm control technology, this challenge also demonstrated the core capability of AgiBot humanoid robots to autonomously exit their crates and autonomously take their positions. The Expedition A3 can be folded and packed into crates; upon arriving at the site, it autonomously drives out of the transport crate, automatically positions itself, and enters its preset position, greatly reducing logistics, manpower and on-site commissioning costs in the batch deployment process. "Most humanoid robots dancing simultaneously" Guinness World Records certificate presentation site. This Guinness challenge is not the endpoint of the technology, but the starting point of large-scale deployment. After the challenge, this batch of Expedition A3 robots will be successively put into diverse scenarios such as public services, cultural tourism performances, park exhibition halls, and scientific research and education. "The core of the deployment state is not about flashy stunt movements, but about making robots like mature production equipment and service terminals—plug-and-play, continuously and stably operating, and capable of rapid replication and expansion," said Wang Chuang, AgiBot partner and senior vice president. The core of embodied intelligence development is moving toward the deployment state. At present, AgiBot robots have already carried out pilot deployments at subway stations such as Jinan Olympic Sports Center and Zhuanshan West Road, providing services such as consultation and guidance, auxiliary passenger flow diversion, and urban culture interpretation, continuously improving the intelligence level of urban public services. The next inflection point for the humanoid robot industry is not a contest of the dexterity of a single robot's movements, but whether a hundred or even a thousand robots can continuously and stably enter real-world scenarios and start working.