In large-scale light shows and theme park performances, hundreds to thousands of drones are required to perform complex formation movements synchronously, which demands extremely high communication latency and anti-interference capabilities. With anti-interference antennas integrated with time-division duplex, cognitive radio or distributed ad-hoc network technologies, interference from temporary wireless devices (such as audience mobile phones and stage lighting control equipment) can be dynamically avoided, ensuring millisecond-level command transmission.

For drone aerial photography, stable transmission of high-definition video and accurate reception of control commands are required. Anti-interference antennas, through adaptive beamforming, multi-antenna or frequency hopping technologies, effectively suppress interferences such as multipath reflection and spectrum congestion, ensuring smooth and uninterrupted video transmission as well as flight safety.