T80 Combined Searchlight: DJI Professional-Grade UAV High-Brightness Lighting System

The T80 Combined Searchlight is specially designed for DJI M300 RTK and M350 RTK professional drones. With its high-power lighting configuration and intelligent control design, it serves as a core auxiliary device for scenarios such as night operations and emergency responses. Its core adopts a combination of six groups of LEDs, equipped with an 80W high-power white light module. Relying on strong light efficiency, it achieves an effective illumination distance of over 150 meters. It can not only meet the high-brightness needs for long-distance target search but also provide uniform fill light for large-scale operation areas, making it suitable for professional scenarios like power inspection, forest fire prevention, and emergency search and rescue.

In terms of core hardware and control experience, the T80 is equipped with a single-axis brushless gimbal. It not only supports high-precision angle control from -110° to +90°, which can flexibly cover multi-directional lighting needs from downward to upward illumination, but also realizes dual-gimbal linkage with the UAV’s camera gimbal. This achieves "lighting moving synchronously with the lens", avoiding brightness shifts in the image and ensuring the shooting area is always under stable lighting, thus improving the image clarity and efficiency of night operations.

In functional design, the T80 balances practicality and scenario adaptability. The basic lighting mode supports one-click on/off and multi-level brightness adjustment, which can be flexibly switched according to the intensity of ambient light. In addition to the high-brightness strobe mode, it also has 12 built-in high-brightness RGB lamp beads, supporting multi-color strobe adjustment in red, green, blue, yellow, and white. It can not only be used for signal warning and target marking but also enhance the device’s recognition in complex environments, reducing the risk of airspace conflicts. Moreover, the device supports firmware updates by connecting to the drone via software. No additional tools are needed to update functions and optimize performance, ensuring long-term adaptation to the latest operation requirements and extending the device’s service life.