High-definition night vision drone with 50-minute ultra-long battery life

This high-definition night vision drone boasts an exceptionally long 50-minute flight time, allowing users to enjoy the convenience of extended flight periods, whether for outdoor shooting or remote monitoring. Compared to ordinary drones, this drone features a more powerful battery, eliminating the need for frequent battery changes or mid-flight interruptions and reducing interference during flight. It is particularly suitable for users requiring wide-area shooting or long-term monitoring, meeting more efficient and professional flight needs.

This drone is equipped with a 120° wide-angle lens and a 90° adjustable vertical shooting function, easily capturing a wider field of view, whether horizontal or vertical. The 120° wide-angle lens provides a wider shooting range, suitable for shooting landscapes, architecture, events, and other large scenes. Meanwhile, the 90° vertical shooting function provides users with more creative space, enabling the capture of richer angles, making your video works more visually impactful and diverse.

This drone features a built-in dual GPS system, ensuring accurate positioning throughout flight. The dual GPS not only improves flight stability but also effectively reduces the risk of signal loss. The advantages of dual GPS are particularly evident in complex environments, eliminating concerns about interference with the drone's flight path. Furthermore, it boasts a multi-functional return-to-home mode, automatically returning the drone to its home location regardless of whether it's due to low battery, signal loss, or other problems during flight, ensuring flight safety.

This drone supports 12km high-definition digital image transmission technology, ensuring clear and smooth video even when operating from a distance. Whether shooting from high altitudes or conducting remote patrols and monitoring, real-time high-definition images are available, greatly improving operational accuracy and operability. The high-definition image transmission system effectively avoids the image quality degradation caused by signal attenuation in traditional drones, delivering a more stable and high-quality image transmission experience.