The combination of DJI M400 (Matrice 400 RTK) and Zenith H30T is an industry level thermal imaging monitoring set launched by DJI. Through deep adaptation of unmanned aerial vehicle endurance and thermal imaging+visible light dual-mode cameras, it achieves precise temperature measurement in a wide temperature range of -20 ℃~550 ℃, 1200 meter laser ranging and AI intelligent recognition, covering efficient operation needs in multiple scenarios such as power inspection and emergency rescue.
DJI M400 and Zenith H30T-59 minute long endurance data acquisition kit
Deep hardware adaptationThe Zenith H30T is equipped with the DJI SKYPORT V2 quick release interface to mount the M400. The 3-axis stabilizing pan tilt and drone body vibration suppression system work together to achieve thermal imaging image shake of less than 0.1 °, ensuring imaging stability during high-speed flight. M400 has a maximum load capacity of 6kg and can easily carry H30T without any endurance damage.
Dual modal synchronous acquisitionH30T integrates a 20 megapixel visible light camera and a 12 μ m pixel spacing thermal imaging module, with pixel level synchronous acquisition (delay<1ms), without the need for post registration, directly outputting "visible light details+thermal distribution differences" overlay data, improving hazard identification efficiency by 60%.
Accurate temperature measurement and distance measurementThermal imaging temperature measurement accuracy ± 2 ℃ (ambient temperature environment), supporting point/line/surface temperature measurement and high temperature alarm; The 1200 meter laser ranging module (ranging accuracy ± 1m) can remotely lock the target distance and avoid the risk of close range operations.
Long battery life and environmental adaptabilityM400 is equipped with TB100 intelligent battery, and with H30T, it can still achieve a range of 59 minutes and complete 80 kilometers of power line inspection in a single day; Both meet the IP54 protection level and are suitable for harsh environments such as rain, snow, sand, and dust at working temperatures ranging from -20 ℃ to 50 ℃.
AI intelligence empowers homeworkBuilt in industry-specific AI models can automatically identify foreign objects, equipment hot spots, rescue targets, etc. in power lines, mark abnormal areas in real time, reduce manual screening time, and reduce the missed detection rate of power inspections to less than 1%.
Multi load collaborative expansionM400 supports the simultaneous mounting of H30T and Zenith L3 LiDAR/Speaker devices, and achieves data synchronization through the E-Port V2 interface, adapting to complex scenarios such as "thermal imaging monitoring+3D modeling" and "search+rescue command communication".
Efficient data processingData collection can be directly imported into DJI Smart Map, which automatically generates thermal imaging analysis reports, distance annotation maps, and job trajectory playback. It supports exporting CAD and GIS compatible formats, reducing office processing time by 50%.
Safe and easy to operateM400 is equipped with an omnidirectional obstacle avoidance system, coupled with H30T's 1080P image transmission (up to 15 kilometers), achieving "blind flight+precise positioning"; DJI Pilot 2 supports functions such as route planning and automatic temperature monitoring and alarm, making it easy for beginners to get started quickly.
power inspectionRemote identification of transmission line joint overheating (>80 ℃ automatic alarm), insulator damage, and tree obstacle intrusion, without the need for tower climbing operations. A single person can complete three 110 kV line inspections in a single day, which is 20 times more efficient than manual inspection.
emergency rescueAt night/in dense smoke environments, thermal imaging can quickly locate trapped individuals (identifying human body temperature at 36-37 ℃), and laser ranging can be used to plan rescue routes; Visible light cameras transmit on-site images to assist in command and decision-making, reducing rescue response time by 40%.
Forestry fire preventionThermal imaging can identify temperature anomalies of 0.1 ℃ and detect surface dark fires and unburned Mars in advance; M400 has a long battery life covering a large area of forest, coupled with AI recognition to reduce false alarms, and a fire point positioning accuracy of ± 5 meters.
Industry and SecurityMonitor thermal leaks in chemical equipment and oil and gas pipelines, as well as thermal losses in the insulation layer of building exterior walls; Realize uninterrupted patrols day and night in security scenarios, and automatically warn of abnormal movements of personnel and vehicles within a 15 kilometer range.
Mounting and CalibrationWhen installing H30T, it is necessary to ensure that the quick release interface is locked. Before flight, complete thermal imaging temperature measurement calibration (using standard blackbody) and laser ranging calibration through Pilot 2 to ensure data accuracy.
Battery life and storageIt is recommended to equip at least 2 TB100 batteries for rotation, and use UHS-II high-speed SD card (≥ 64GB) for H30T data storage to avoid buffering of 4K video and thermal imaging data storage.
routine maintenanceRegularly clean the H30T lens and laser ranging window to avoid oil and dust affecting imaging; M400 requires inspection of the arm and interface firmware, and comprehensive maintenance every 50 flight hours.
Firmware UpdateSynchronize the firmware updates of M400 and H30T through DJI Assistant 2 to ensure continuous optimization of AI recognition algorithms, obstacle avoidance logic, and other functions.
DJI M400 and Zenith H30T-59 minute long endurance data acquisition kit
