Plan. Process. Analyze and Execute
- Mission planning
- Data acquisition
- Area mapping
- Data analysis
Digitize the world around you
Accurately collect, measure and analyze data across projects
Easily perform detailed inspections on complex assets and structures.
Safely inspect vertical assets and structures, with special optimizations for power lines.
Get a fast turnaround for collecting critical site information.
Get a deep understanding of your field to help you get better yields.
Optimize preview to improve planning workflows across your team.
Efficiently plan your missions (flight routes)
Mission planning by waypoints
Create efficient flight paths using predefined waypoint actions and adjustable parameters such as altitude, speed, gimbal pitch angle, aircraft heading and more. For more complex and tight missions that require great attention to detail, use 3D flight visualization to design and simulate tasks on existing 3D models.
Area Mission Planning
With just a few taps of the screen, you can automate complex missions, allowing you to seamlessly capture imagery that can be processed to produce a variety of maps and models for further analysis and to aid in shooting. of decision.
Oblique mission planning
When precision is key and detail is vital to your critical operations, Oblique lets you capture a rich set of 3D model data by adjusting the camera angle to a tilted angle, giving you an extra-sharp view of the asset.
Corridor mission planning
Create automated flight missions around roads and railroads by simply drawing a line on the map. Adjust mission settings to change the total mapped area, giving you the flexibility to choose between creating high-definition 2D maps and 3D models or quick overviews.
Detailed planning of the inspection mission
Automatically generate landmarks and flight routes based on one or more selected points in a local 3D model or point cloud (or third-party point cloud). A simulated camera view including the selected point is displayed on screen to enable better selection of waypoints and more efficient planning of flight routes, which automates inspection workflows.
Smooth Workflows, Accurate Results
Unparalleled efficiency and user experience
Import images with ease while navigating effortlessly through the intuitively designed interface. Bulk process up to 400 images/1GB RAM, reducing the wait time between field work and digital visualization. Execute rebuild missions using multiple graphics cards simultaneously to improve efficiency.
Meet and exceed your project standards
3D models with improved absolute accuracy by defining ground control points (GCPs) and control points, so you can easily measure and inspect. View a quality report of your mission to ensure the results meet your accuracy standards.
Compatibility and flexibility
Convert coordinates from your maps and models into over 8500 major coordinate systems by simply selecting the output that suits your needs.
Incorporate POS data, GCPs, or both datasets to create geo-referenced maps and models with increased accuracy directly in the target coordinate system required by the project.
Quickly generate a 2D orthomosaic of the selected area in real time. This feature is not only ideal for creating detailed flight paths in remote areas, but it is also useful for time-sensitive missions that require quick on-the-spot decision making.
Generate high-resolution orthomosaics, allowing you to obtain detailed and accurate measurement results for all your critical projects.
Reconstruction multispectrale 2D
Using multispectral data from P4 Multispectral, generate radiometrically calibrated reflectance maps for remote sensing research and more, or produce vegetation index maps including NDVI and NDRE. Create prescription maps for variable rate application using DJI Agras drones to improve crop yield while reducing costs.
Real-time 3D mapping
When efficiency is key, quickly render and visualize a 3D model of the mapped area. Make decisions based on the preliminary model and immediately check its completeness or plan 3D flights on site.
Get crisp, realistic representations of your surroundings in a variety of industrial applications, whether reconstructing accidents, recreating fine power lines and complex vertical structures, managing large construction projects, and more . CUDA-based reconstruction algorithms are able to quickly process large amounts of data to deliver quality results.
With the region of interest feature, image reconstruction can be performed on a specific target region. This saves processing time and improves efficiency, while generating a clearer model or point cloud.
LiDAR data processing
Point cloud data processing
Process point cloud data captured by the Zenmuse L1 in DJI Terra. With just one click, calculate POS data, merge point cloud and visible light data, export point clouds in standardized formats and generate field reports.
Data analysis and processing
2D and 3D measurements
Obtain key dimensions across a wide range of terrain with DJI Terra's easy-to-use analysis tools that allow you to obtain a variety of measurement data based on linear, area, and volumetric measurements.
Edit metric labels on existing templates, which can be used for reporting and improving communication throughout ongoing projects.
Carefully review each photo of the model so that you can spot and highlight critical elements in the real world.
The start of next-generation mapping solutions
Harness the power of AI-driven mapping solutions designed to take your industrial projects to the next level. From object classification, site inspections and more, you can start developing task-specific mapping solutions to complete your missions seamlessly.
Define the mission objective, plan the desired flight plan and, with the push of a few buttons, autonomously collect critical data to achieve the desired result.
Use refined image recognition technology to generate 2D and 3D data, resulting in a more realistic representation of your assets, objects, surroundings and more.
Implement machine learning tools and techniques, which can be used in a variety of different industries - like classification algorithms to identify trees, objects and other scenarios.
Take action and enjoy more efficient processes with machine control, whether it's automated crop spraying, job site monitoring, material transport, and more.
What are the computer system requirements for 2D and 3D reconstruction with DJI Terra?
A Windows 7 or higher (64-bit) system and the necessary hardware requirements are required to use the DJI Terra.
Minimum System Requirements: 32G RAM, 4G Graphics RAM (NVidia graphics computing power must be shader model 3.0 or better).
Recommended system requirements: 64G of RAM or more. NVidia 2070 or higher graphics card.
When the configuration conditions are met, each additional 10G of free memory can process 4,000 more photos. More advanced configurations will process more photos and reconstruct them faster. Different hardware configurations will have no impact on the results of the generated model.
Contact us before using DJI Terra for more information on setting up a device.
DJI Terra License (may vary depending on your product choice and license term)
Which DJI Terra drone models currently support route planning?
Phantom 4 RTK (remote control), Phantom 4 Pro V2.0, Phantom 4 Pro+ V2.0, Phantom 4 Pro, Phantom 4 Advanced and Phantom 4. The Phantom 4 does not support 2D real-time mapping.
Which drone supports real-time 3D mapping?
Phantom 4 RTK (remote control), Phantom 4 Pro V2.0, Phantom 4 Pro + V2.0. Note: Models may be of poor quality or unavailable in environments without RTK signals.
Which drone models are supported by detailed inspection flight path planning?
Phantom 4 RTK, Matrix 300 RTK + H20 Series Payloads, Mavic 2 Enterprise Advanced
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