Introducing the FarView A3 Humanoid Robot with Synchronized Dance Performance

AGIBOT Far expedition A3 launched a Guinness World Records challenge at the Yellow River International Exhibition Center in Jinan, Shandong, successfully setting the record for “most humanoid robots dancing simultaneously.” 110 full-sized humanoid robots performed synchronized dancing at the same time, executing dance moves, wave-like motions, and countdown number displays as instructed. A Guinness World Records certifier was present at the scene to witness the achievement and presented the official certificate.

Wang Chuang, Partner and Senior Vice President of AGIBOT, stated that these robots are all mass-produced models, with no special demonstration units. The production line ensures consistency in the zero position of the joints, torque, and action libraries of each robot, making 100 robots perform as one in the same scene, with the demonstration site being the delivery site. AGIBOT's self-developed LingDong LinkBots cluster control platform supports visual formation arrangement, autonomous navigation, integrated walking and running coordination, and independent action control of multiple formations. The platform uses 5G+WiFi dual-mode integrated communication to ensure stable and reliable communication links in large-scale scenarios, and it has an autonomous fault tolerance mechanism that automatically completes local formation compensation when a single robot goes offline, maintaining the overall performance formation without interruption.

In this challenge, 110 FarEx A3 robots completed a series of synchronized actions such as positioning, jumping, flipping, and formation switching, demonstrating new breakthroughs in spatial motion intelligence for humanoid robots. Thanks to UWB centimeter-level fusion positioning and AGIBOT's self-developed LingDong LinkBots cluster scheduling system, the FarEx A3 can synchronize time benchmarks and trajectory planning, achieving millisecond-level synchronization, laying the foundation for subsequent 100-unit formation tours, matrix dynamic shapes, and more.

This exhibition is not only a technological demonstration but also an industry stress test, focusing on testing the core technical capabilities of humanoid robot mass production consistency, large-scale cluster scheduling, and high-precision positioning. This marks a step forward for the industry from single-unit demonstrations toward large-scale coordinated deployment.

This challenge also showcased AGIBOT's humanoid robots' performance in open areas, sunlight interference, multi-robot occlusion, and crowd movement occlusion environments. The FarEx A3 can be folded and packed, autonomously unpacked, located, and entered into the pre-set formation upon arrival at the site, reducing logistics, labor, and on-site debugging costs during mass deployment.

After the challenge, these FarEx A3 units will gradually be deployed in public services, cultural tourism performances, park exhibition halls, and scientific research education scenarios. Wang Chuang emphasized that the deployment state's core lies in making robots function like mature production equipment and service terminals, being plug-and-play, continuously stable in operation, and easy to replicate and scale.

Currently, AGIBOT robots have been piloting in Jinan Olympic Sports Center and Zhuan Shanxi Road subway stations, providing services such as consultation guidance, passenger flow assistance, and city cultural explanations, enhancing the level of intelligent public services. In the future, competition in the humanoid robot industry will focus on whether a large number of robots can continuously and stably enter real-world scenarios and play effective roles.