GPS return-to-home, loss of contact return-to-home, high-definition aerial photography drone.

Automatic GPS return-to-home is a crucial safety feature for modern high-end drones. Through its built-in GPS module, the drone records its current location in real time during flight. If the battery is low or the signal is lost, the system automatically activates return-to-home mode, safely bringing the drone back to its takeoff point. This feature significantly reduces flight accidents caused by pilot error or changes in the external environment, thus improving flight safety. Especially when flying long distances or in complex environments, automatic GPS return-to-home effectively avoids risks caused by misjudgment or operational delays, making the flight experience safer and more reassuring.

During drone flight, if a signal is lost or the connection between the remote controller and the drone is interrupted, the drone will automatically enter return-to-home mode. This mode is activated based on the drone's intelligent design; the system quickly assesses the current flight status and initiates the return-to-home operation. Return-to-home mode not only minimizes the risks associated with signal problems during flight but also ensures the drone returns along a predetermined trajectory, preventing loss of control or deviation from the flight path, thus increasing flight stability and reliability. This feature gives users greater peace of mind during flight, reducing flight losses caused by equipment malfunctions or external interference.

This drone is equipped with a 4.5-inch color screen remote controller, allowing the operator to clearly view the aircraft's real-time image and flight status. The remote controller supports 5G fast transmission technology, enabling high-definition images to be transmitted to the operator's screen in real time, minimizing signal latency. In actual use, 5G fast transmission technology ensures image clarity and stability, providing a smooth image transmission experience even during high-speed flight or remote operation. Meanwhile, the 4.5-inch color display screen is more intuitive and clear, allowing users to easily grasp all aircraft data and operate more precisely.

The 360° laser obstacle avoidance function is a major highlight of this drone. Through the collaboration of multiple laser sensors, the drone can scan the surrounding environment in real time, automatically identify potential obstacles, and take obstacle avoidance measures. This system effectively enhances the autonomous flight capabilities of drones. Whether moving forward, backward, ascending, or descending, the laser sensors provide all-around monitoring to prevent collisions or accidents. Even in complex environments, the aircraft can autonomously identify and avoid obstacles using this obstacle avoidance technology, ensuring flight safety and smoothness. The introduction of this technology allows drones to fly smoothly in areas with dense obstacles such as urban buildings and forests, without requiring much human intervention.