The LBA 3 micro UAV base station adopts a dustproof, waterproof, and corrosion-resistant design, which can be placed outdoors for a long time without fear of wind and sun. lt perfectly solves the problem of repeated installation in high-frequency and automated application scenarios, reduces repetitive work, and improves work efficiency.
The installation of mobile UAV communication base station antennas is often inclined downward so that the mobile network link can only obtain a relatively stable network connection when
it is below 300m.In the hybrid communication model, LBA 3 can effectively cover the signal-blind area of communication and obtain reliable communication quality.
LBA 3 micro base station supports access to CUAVCloud and other UAV cloud platforms, to realize more advanced functions such as UAV management, team collaboration, remote
control, Al intelligent automatic analysis, etc., improving teamwork efficiency and meeting more UAV scenario requirements.
When networking is not required, the offline mode can be selected. The LBA base station can receive videos and data sent by UAVs, and the ultra-long communication range and large–
bandwidth ad hoc network link can ensure stable data transmission.
Deploy LBA 3 and utilize hybrid communication between the private network and the LTE network. LBA 3 is selected as the preferred link and the LTE network is selected as the alternative
link. The reliability and timeliness of communication transmission are guaranteed within the coverage area. which can effectively save traffic costs. LTE network is selected as the
preferred link and LBA 3 is selected. ed as the alternative link. When the LTE network status is not good, hot switching is automatically implemented to effectively make up for the LTE
network blind area.
bandwidth, with faster access speed.
with each other, and the minimum communication.
LBA 3 is equipped with CUAV flight control, GPS/RTK, and other hardware equipment, and an LGC ground station, which can easily realize the formation flight of UAVs. The multiple redundancy design of flight controllers ensures the reliability of UAV operations.