110 humanoid robots dance in perfect sync to set Guinness World Record in China

China has set a Guinness World Records title after 110 humanoid robots performed synchronized dance routines. The robots, developed by Chinese robotics company AGIBOT, demonstrated coordinated movements in a large-scale public performance.

The event highlights China’s efforts to advance humanoid robotics and expand the commercial deployment of robots across different industries.

In August, AGIBOT won 46 medals, including 18 gold, at the second World Humanoid Robot Games, competing in athletics, manipulation, hotel services, and emergency response.

Robots create record

A group of 110 humanoid robots developed by AGIBOT has set a Guinness World Records title after performing synchronized dance routines in Jinan, Shandong Province.

According to reports, the performance took place on October 24 at the Yellow River International Convention and Exhibition Center. The robots, identified as full-size Expedition A3 models, danced in formation, jumped, and carried out coordinated movements while repeatedly changing positions.

During the demonstration, the robots created wave-like patterns and arranged themselves into different formations, including the number 2026. Their movements were coordinated to maintain synchronization as the group transitioned between dance sequences.

A hundred AGIbot A3 pic.twitter.com/JF0319qXa7

— Eren Chen (@ErenChenAI) October 25, 2026

A Guinness World Records adjudicator attended the event to verify the number of participating robots and present an official certificate recognizing the achievement. The record was for the most humanoid robots dancing simultaneously.

According to AGIBOT, all 110 robots were standard production models rather than machines specially modified for the event. This detail highlights the company’s use of commercially produced humanoid robots in a large-scale coordinated performance.

The demonstration showcases the ability to coordinate a large number of humanoid robots during a complex group activity. It also highlights the role of communication systems and centralized control in managing multiple robotic platforms simultaneously. However, synchronized dancing is a controlled demonstration and does not, by itself, establish how reliably the robots can perform complex tasks in industrial or other real-world environments.

Synchronizing robot fleet

For the Guinness performance, AGIBOT robots used the firm’s LinkBots platform, which is designed to coordinate multiple robots through swarm scheduling and cluster control.

LinkBots combines communication networks, positioning technology, and control software to manage the movements of multiple robots. Its integration with ultra-wideband (UWB) positioning technology enables centimeter-level tracking of the robots’ relative positions, helping them maintain spacing as they move through different formations.

This positioning capability is especially important when robots move in coordinated proximity. Accurate location information helps the system organize formation changes and reduce the risk of collisions during complex sequences.

The platform also supports coordinated scheduling, allowing robots to execute assigned movements as part of a larger routine. Rather than requiring operators to control every robot individually, the system is designed to manage group activities through centralized coordination and information about each machine’s state.

LinkBots uses 5G and Wi-Fi connectivity to support communication between the robots and the control infrastructure. These networks provide channels for transmitting instructions and coordination data across the fleet.

The platform’s reported capabilities also include adjusting formations and planning movements around obstacles. However, publicly available technical details do not fully establish how these functions operate or how extensively they have been tested outside controlled demonstrations.

According to experts, the performance highlights AgiBot’s efforts to coordinate commercially produced humanoid robots at scale. It also demonstrates the role of swarm-control systems in managing multiple robotic platforms performing synchronized tasks.

Source: https://interestingengineering.com/ai-robotics/110-humanoid-robot-guinness-world-record-dance