Import images with ease while navigating the intuitively designed interface effortlessly.
Bulk process up to 400 images/1 GB of RAM1, minimizing the wait time between field work and digital visualization.
Run reconstruction missions by employing multiple graphics cards simultaneously to improve efficiency.
Create efficient flight paths using predefined waypoint actions and adjustable parameters like altitude, speed, gimbal pitch angle, aircraft heading and more. For more complex and tight missions that require high attention to detail, use 3D Flight Visualization to design and simulate tasks on existing 3D models.
3D models with enhanced absolute accuracy by setting Ground Control Points (GCPs) and checkpoints, so you can measure and inspect with ease.
View a quality report of your mission to ensure the results meet your accuracy standards.
Convert the coordinates of your maps and models into 8500+ major coordinate systems by simply selecting the output that fits your needs.
Incorporate POS data, GCPs, or both sets of data to create georeferenced maps and models with enhanced accuracy directly in the target coordinate system required by the project.
Define mission objective, plan desired flight plan, and with a tap of a few buttons, autonomously collect critical data so you can achieve the required outcome.
Utilize refined image recognition technology to generate 2D and 3D data, resulting in a more realistic representation of your assets, objects, surroundings and more.
Implement tools and machine learning techniques, which can be used across a variety of different industries – like classification algorithms for identifying trees, objects, and other scenarios.
Take the required action, and enjoy more efficient processes with machine control – be it automated crop spraying, monitoring work sites, transporting materials and more.
Connect devices to the internet regularly to verify permissions and use paid features.
For users with high requirements for information security, paid features can be used without connecting devices to the internet.
Computations are done using one computer, fit for reconstructions with smaller datasets.
Multiple computers conduct computations simultaneously, significantly improving efficiency, fit for large-scale reconstructions.
Supports fully automated aerial triangulation cluster computation, and surveying level accuracy can be achieved without ground control points. 64GB of memory can handle 400,000 images.
(Online and Offline Versions)
|Real-time 2D Mapping|
|2D Reconstruction (Field)|
|2D Multispectral Reconstruction|
|2D Reconstruction (Urban)|
|KML file import|
|Output Coordinate System|
|Image POS import|
|3D Mission planning|
|Real-time 3D Mapping|
|LiDAR Point Cloud Accuracy Optimization|
Use DJI Terra to plan and execute flights for:
Phantom 4 RTK (Remote Controller)
Phantom 4 Pro V2.0
Phantom 4 Pro + V2.0
Phantom 4 Pro
Phantom 4 Advanced and Phantom 4
DJI Terra Agriculture is available to order at the DJI online store.
DJI Terra Pro, DJI Terra Electricity online version and DJI Terra Cluster offline version are available to order through DJI dealers.
You can also get a license for DJI Terra Agriculture when purchasing MG-1S Advanced, MG-1P or T series agricultural drones.
Your license comes into effect starting the day the device is bound to DJI Terra.
DJI Terra Agriculture 1 year
DJI Terra Pro 1 year
DJI Terra Pro Permanent
DJI Terra Electricity 1 year
DJI Terra Cluster Permanent
1. A Phantom 4 Series drone that supports DJI Terra, several batteries;
2. A laptop, a microSD card and a card reader;
3. A compatible cable (a USB-to-USB cable for Phantom 4, Phantom 4 Pro, Phantom 4 Advanced, a Micro-USB cable for Phantom 4 Pro + V2.0, a USB-C cable for Phantom 4 RTK).
A Windows 7 or above (64 bits) system is required when using the DJI Terra.
Minimum hardware configuration: 16GB RAM and a NVIDIA graphics card with at least 4GB VRAM (must have a compute capability of 3.0 or above).
Recommended hardware configuration: at least 32GB RAM and at least a NVIDIA 1050 Ti.
With these configuration requirements met, every additional 10 GB of RAM will be able to process 4000 additional 4K images. The higher the system configurations, the larger the number of images that can be processed and the faster the reconstructions. The results from the models generated will not be affected by different hardware configurations.
For the offline version, once installed, all paid features operate without an internet connection.
For the online version, you must have an internet connection to login, however, you can continue to DJI Terra’s paid features offline without logging in again for up to 3 days.
You can unbind your DJI Terra Agriculture, Pro, Electricity and Cluster licenses(Except Agras-gift Agriculture license). To unbind, please contact DJI Support. The 1-device licenses can be unbound once in each natural year. 3-device licenses can be unbound twice in each natural year. Once processed, all devices registered under the license will be unbound.
It is the one-year period from the first date of binding any permanent package after purchase, during which you can update to any version released in that period for free and use all functions included in the package.
The paid functions will not be available, but you can still use the basic functions.
It Will Not
No, the license is bound to the device’s hardware and therefore replacing hardware would invalidate the license.
The following online features are not available in Offline Mode:
– Unlocking GEO Zones
– Map loading and location searching
– Without logging into a DJI account, some flight control functions in DJI Terra are restricted
Waypoints Mission: plan a flight route and capture photos or videos at waypoints along the route.
Mapping Mission: collect images of an area to reconstruct a 2D model.
Oblique Mission: collect images of an area from multiple camera angles to reconstruct a 3D model.
Corridor Mission: collect images of a corridor (e.g. rivers, railroads) to reconstruct a 2D model.
Detailed Inspection Mission: Set target points on a reconstructed model and a flight route will be automatically generated, allowing the aircraft to capture photos at these target points.
DJI Terra’s Oblique Mission uses 5 flight routes to capture the same amount of data as using 5 cameras simultaneously on a drone. The 5 flight routes correspond to the 5 camera headings – downward, forward, backward, leftward, and rightward.
In photogrammetry and remote sensing, ground sample distance (GSD) in an aerial digital photo (such as an orthophoto) of the ground is the actual distance on the ground captured as represented by pixels. The unit is cm/pixel.
Mission Relative Height in Advanced Settings is the height of the takeoff point relative to the area being mapped.
Mission Altitude is the height of the drone relative to the area being mapped, which is also how ground sample distance (GSD) is calculated.
When there is a large difference between the elevation of the takeoff location and the elevation of the area being mapped, you can adjust the Mission Relative Height in Advanced Settings to ensure that the Mission Altitude is determined considering the elevation of the area being mapped.
Please see the attached illustration: If the drone takes off from a 50 m building marked H1 in the illustration, the area being mapped is marked A, and the expected altitude for aerial data collection is 100 m, you can set the Mission Altitude in Basic Settings to 100 m, and Mission Relative Height in Advanced Settings to 50 m.
Similarly, if the drone takes off from H2 to map area B, which is a hill with an elevation of 40 m, and the expected altitude for aerial data collection is 60 m, then set Mission Altitude to be 60m, and Mission Relative Height to be -40 m.
Phantom 4 RTK, Matrice 300 RTK
No, the aircraft needs to be flown at absolute altitude.
1. Make sure the RTK data sources are consistent when planning or executing a flight path;
2. Flight paths can only be executed when the RTK is in FIX status. During execution, you may set the first waypoint as the hovering inspection point. The mission must be stopped if the location of the inspection point is incorrect.