Intelligent Control DJI Mavic 3 Payload Combined Mavic 3 Lights 35W

T30 Combined Searchlight: A Professional UAV Lighting Solution

The T30 Combined Searchlight, built for professional operation scenarios, delivers powerful performance and intelligent control to provide efficient lighting support for DJI Mavic 3E and DJI Mavic 3T drones. It features a core 35W high-power lighting module, and despite its lightweight 114g body, its precise 14° concentrated lighting design enables it to stably output over 24Lux of bright light at a distance of 50 meters. This not only meets the needs of long-distance environmental lighting but also clearly captures target details, providing a clear field of view for tasks such as night inspections and search-and-rescue operations.

The searchlight is equipped with a built-in single-axis stabilized gimbal, which not only counteracts vibrations during flight in real time but also intelligently links with the UAV's camera gimbal. This achieves a synchronized "lighting follows the lens" effect, ensuring the light always focuses on the shooting area and preventing brightness shifts in the image. Additionally, the gimbal supports angle adjustment from 0° to -90°, allowing flexible switching of lighting directions based on operational needs, covering everything from horizontal fill light to vertical downward illumination with precision.

In terms of control and functionality, the T30 Combined Searchlight can be fully controlled via the DJI Pilot 2 APP, eliminating the need for additional control modules. In basic lighting mode, it supports one-click on/off and multi-level brightness adjustment, which can be flexibly adapted to the intensity of ambient light. In the high-brightness strobe mode, users can not only adjust the strobe brightness but also customize the strobe frequency, making it suitable for scenarios such as signal warning and target marking. The overall design balances power with portability, and intelligence with practicality, providing reliable lighting support for professional UAV operations.

Technical Parameters