DJI Matrice 210 RTK
Robust Solution for the Enterprise
The advanced electronics found in the Matrice 210 include computer-vision intelligent flight modes using DJI's FlightAutonomy system. With this system objects in front of, below, and above the drone can be detected and avoided automatically. What's more: using the onboard 2-axis stabilized FPV camera, the pilot can navigate the Matrice 210 without being limited to a mounted gimbal camera's field-of-view.
For image capture and analysis, the Matrice 210 is compatible with DJI's separately available Zenmuse gimbal cameras, including the X4S, X5S, and Z30 — with each model offering different FOV options, as well as the XT, which offers thermal imaging. Where the 210 model differs from the 200 is in its flexible payload and connectivity support for additional sensors, whether they be from third parties or future upgrades. The 210 model can have two different gimbal cameras mounted underneath the drone for forward and downward views, or one gimbal camera mounted atop the drone for upward views, useful for examining infrastructure from below.
Search and Rescue
Equipped with both an aerial zoom and thermal camera, first responders can now quickly locate missing people in remote areas and plan the safest approach path.
Wind Turbine Inspection
With improved flight stability in windy conditions and a top-mounted gimbal, turbine inspectors can spot millimeter-sized damage along all parts of a turbine’s propellers.
With a top-mounted gimbal pilots can fully inspect bridges, allowing teams to adequately plan maintenance schedules for improved public safety and minimized costs.
Combine visual and multispectral cameras for quicker crop scouting.
Solar Panel Inspections
Inspect panels with visual and thermal imagery to detect defects.
Firefighting and First Responders
Get a complete view of a dangerous situation with visual and thermal cameras.
Rapidly detect millimeter-sized damages while conducting routine inspections.
Construction Site Mapping
Quickly obtain data to generate accurate 3D maps for progress tracking.