companies of DJ® drones with distributed hydrogen batteries, big UAVs for long flight! suppliers of big distributed hydrogen powered UAVs DJ® for heavy load 30KG in china.

the hydrogen-powered six-axis rotor UAV adopts distributed hydrogen storage and supply technology. The failure of a single cylinder will not affect the normal use of other cylinders, increasing the safety margin of the system; the frame-type main bearing structure is easy to disassemble. Transportation and installation maintenance.

our multi-axis rotor drones use distributed fuel cell power technology to carry heavy cargo. Large cargo drones not only meet high energy density, but also provide great redundancy for the safety of the drone system.

when the hydrogen energy six-axis rotor drone has a load of 30kg, the ultimate endurance time can reach 1 hour, which greatly expands the application fields of large-load electric multi-rotor drones; the unoccupied range of the drone's center of gravity is up to 1 meter in diameter, which is The arrangement of various payloads provides ample accommodation space.

fuel cells are located inside the drone which make them less susceptible to water. Its streamlined design, optimized fuel cell powerpack, and high wind resistance guarantee efficient flight.

cloud platform can be easily downloaded via Plugin, and allows users to manage flight missions using different devices. the distributed hydrogen powered UAVs has endurance of 90minutes, which is more than 4 times of the lithitum battery drones. With long endurance and wide flight coverage, both cost and time can be significantly saved.

when used in search and rescue operations, PTZ cameras on drones can quickly scan a wide area and zoom in on potential targets or hazards. drones with PTZ cameras are utilized for inspecting infrastructure like bridges, power lines, and towers, enabling inspectors to closely examine structural details. without the integral controller, the drone’s performance in maintaining the desired altitude could suffer significantly. The proportional and derivative controllers can handle immediate adjustments, but they may struggle to eliminate small, persistent errors that occur over time, leading to steady-state errors.

as a result, the drone might experience constant oscillations around the target altitude, never settling precisely at the desired level. In the absence of the integral controller, the drone’s altitude control would lack the crucial ability to learn from past errors and could lead to a less stable and less accurate flight experience. with an integral controller in place, a drone tasked to hover at a specific altitude can efficiently maintain that height, even in the presence of slight external disturbances like wind. The integral controller detects any minor deviations from the targ

drones PTZ cameras are used for environmental research, including wildlife tracking, habitat assessment, and environmental surveys. the ability to control the camera's pan, tilt, and zoom functions remotely provides operators with flexibility and precision in capturing images or video footage, making it a valuable tool in a variety of professional and recreational applications.

when the drone deviates from its setpoint, the integral controller takes note of the duration and magnitude of the error and applies corrective actions proportionally. By doing so, it helps the drone correct for any differences between the desired altitude and its actual altitude, allowing for a stable and precise hover at the specified height. powerpack ensures safe flight. the distributed hydrogen powered UAVs consisits of high performance software and harware providing stable power to hydrogen drones.