A Chinese drone manufacturer has set a new global record by flying more than 22,000 drones at the same time, marking another milestone in large-scale coordinated flight technology. The achievement highlights rapid advances in drone control systems and synchronized aerial displays.
The record was set on February 3, 2026, in Hefei, Anhui province, where EHang Egret launched 22,580 drones in a coordinated light show. The performance was officially recognized by Guinness World Records as the largest number of multirotor drones operated simultaneously from a single system, according to the official Guinness World Records post.
The drones were controlled using artificial intelligence-based swarm technology, allowing them to operate as a unified system. Despite the scale of the operation, the drones maintained precise formations without collisions, demonstrating the effectiveness of centralized coordination and real-time adjustments.
The display featured a range of complex visual patterns, including three-dimensional shapes and animated scenes projected across the night sky. Such performances have become increasingly common in China, where companies regularly compete to push the limits of synchronized drone shows.
This latest record builds on a series of rapid increases in scale. Previous milestones in the category included displays involving more than 11,000 and later over 15,000 drones, reflecting a steady progression in both hardware capabilities and control algorithms.
Beyond entertainment, the technology behind these displays has broader implications. Swarm coordination systems are being studied for applications in logistics, environmental monitoring, and emergency response. The ability to manage thousands of autonomous units simultaneously could enable new forms of distributed operations.
At the same time, analysts note that similar systems could have military applications, particularly in scenarios involving coordinated drone swarms. The same principles used to create synchronized light shows could be adapted for other large-scale deployments.
The record-setting event demonstrates how advances in artificial intelligence and robotics are enabling increasingly complex forms of coordination, pushing the boundaries of what can be achieved with autonomous aerial systems.
