AgiBot sets Guinness World Record with 110 humanoid robots dancing in sync
On 24 October 2026, AgiBot orchestrated 110 of its Expedition A3 humanoid robots in a synchronized dance recognized by Guinness World Records. The demonstration highlights the company’s LinkBots platform and large-scale coordination capabilities.
AI summary
- 110 AgiBot Expedition A3 robots danced in sync on 24 October 2026 in Jinan, setting a Guinness World Record.
- The robots used the LinkBots platform with ultra-wideband positioning and 5G/Wi-Fi for synchronization.
- All robots were standard production models; no special hardware modifications were made for the event.
- Choreographed performances raise questions about real-world reliability and deployment under variable conditions.
Drafted by AI from this article, then checked against it.
On 24 October 2026, AgiBot set a Guinness World Record by synchronizing 110 of its Expedition A3 humanoid robots in a complex choreographed dance in Jinan, China. The robots formed wave patterns, shifted formations, and arranged themselves into the number "2026".
The feat was verified by a Guinness World Records adjudicator and involved standard production models, not modified units. LinkBots used ultra-wideband positioning that AGIBOT says can provide accuracy within a few centimeters; the available reporting does not independently verify the accuracy achieved during the performance, coordinated via the company's LinkBots platform. Commands were sent over 5G and Wi-Fi networks.
What changed for buyers
The public demonstration confirms AgiBot's ability to coordinate large fleets of robots simultaneously. However, no new pricing, delivery dates, or availability information was provided. The event does not establish reliability under stress or long-term field performance.
What the maker says
According to AgiBot, the LinkBots platform enables centralized scheduling, obstacle-aware movement planning, and dynamic formation changes. The company says the system supports ultra-wideband positioning for centimeter-level accuracy and uses 5G and Wi-Fi to transmit commands and coordination data.
AGIBOT describes the Expedition A3 robots as standard production models rather than specially customized units; that claim has not been independently verified. The available reporting does not document failure rates or real-world operational endurance during large-scale deployments.
Still unconfirmed
- Real-world reliability of the Expedition A3 under continuous use
- Long-term battery performance in fleet operations
- Recovery behavior if a robot loses signal mid-task
- Deployment costs and maintenance overhead at scale
Sources
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