Recently, MYUAV Technology successfully completed a tethered flight test of the DJI FlyCart 100 dual-tethered high-altitude firefighting UAV under a 65kg payload condition. This test comprehensively verified the system's continuous power supply capability, flight stability, and multiple intelligent safety functions under this payload, demonstrating its reliability and practicality in complex fire emergency scenarios.
The FC100XF tethering box utilizes a three-phase power supply, compatible with various power sources such as mains electricity and generators. During the test, the ground-based tethering station stably supplied power to the UAV, ensuring continuous operation for 12 hours and fully extending the endurance potential of the DJI FC100 UAV system.
Under the 65kg payload condition, the UAV maintained stable hovering, with the flight control system responding sensitively and providing precise attitude control. During the climb phase, the system operated stably, and its performance met design expectations. Furthermore, the system successfully detected and provided alerts for surrounding pedestrians and vehicles, validating the safety of UAV take-off and landing in complex urban building environments.
As a tethered UAV system specifically designed for high-altitude firefighting operations, the FC100XF excels not only in long-duration, uninterrupted flight capability but also in load adaptability, intelligent protection, and rapid deployment. The successful completion of this 65kg payload test signifies that the system possesses excellent practical capabilities even in high-load application scenarios.
In the future, MYUAV Technology will continue to optimize the performance of its tethered UAV systems and expand their application in fields such as high-altitude firefighting and emergency scientific research, providing more robust technical support for urban safety and disaster prevention and control.