Emergency Communications
Scene Pain Points
When disaster‑stricken areas lose connectivity due to natural disasters or other extreme events, existing tethered communication drones have limited payload capacity, carrying only small‑size base stations. The number of deployable communication nodes is typically on the order of hundreds, resulting in a low density of network access points and subpar communication quality—conditions that fall short of meeting the urgent demands of large‑scale rescue operations and rapid communication restoration.
Emergency Communications
In disaster areas where communication infrastructure has been damaged, drones equipped with relay communication equipment are deployed to swiftly establish temporary communication nodes and restore emergency communication networks.
Highly secure
Continuous power supply
It can meet the demands of long-lasting battery life.
Large payload
A single payload can carry 100–200 kg, representing a qualitative leap in the weight of base stations that can be carried compared with existing communication drones. The number of connectable nodes can be counted in the thousands or even tens of thousands, thereby significantly expanding the signal coverage of temporary communication networks.
Low requirements for takeoff and landing space
The aircraft features a compact footprint and, leveraging its onboard mobile airfield capabilities, can swiftly reach disaster-stricken areas.
