DJI Terra - Standard - 1Year

DJI Terra Standard is professional desktop software for processing drone imagery and LiDAR data into practical geospatial deliverables. Visible-light imagery can be reconstructed into orthomosaics, digital surface models, point clouds and detailed 3D mesh models, while supported DJI LiDAR datasets can be processed into high-accuracy point clouds, 2D maps and 3D models.

The 1-year Standard licence provides access to DJI Terra's core professional reconstruction and survey tools for a 12-month term. With multispectral processing, PPK, ground control and check-point workflows, coordinate-system management, measurements and cluster reconstruction, Terra Standard is suited to surveying, construction, mining, infrastructure, asset management and other professional mapping applications.

Photogrammetry

• Detailed 2D and 3D Outputs: Process visible-light imagery into orthomosaics, true digital orthophoto maps, digital surface models, point clouds and detailed 3D mesh models.
• High-Accuracy Mapping: Combine RTK positioning data from compatible DJI mapping platforms with Terra's reconstruction algorithms to support centimetre-level mapping and professional survey deliverables.
• Flexible Reconstruction Settings: Adjust 2D output resolution and 3D mesh density to balance processing requirements with the level of detail required for each project.
• Scalable Processing: Process smaller projects on a standalone workstation or use cluster computation to distribute larger reconstruction tasks across multiple compatible devices.

LiDAR Reconstruction

• LiDAR and Visible-Light Modelling: Process supported DJI Zenmuse LiDAR datasets into high-precision point clouds, 2D maps and 3D models, combining LiDAR geometry with visible-light imagery where required.
• Centimetre-Level Point Cloud Accuracy: RTK and PPK positioning workflows support accurate LiDAR reconstruction for surveying, engineering and infrastructure applications.
• Terrain Results: Generate terrain outputs from supported LiDAR data for downstream surveying, engineering, GIS and CAD workflows.
• Large-Scale LiDAR Processing: Process extensive point cloud datasets using workstation resources suited to the size and complexity of the project.

Multispectral Reconstruction for Agriculture

• Vegetation Index and Reflectance Maps: Process supported multispectral datasets into NDVI, NDRE, reflectance and other agricultural mapping outputs.
• Agricultural Prescription Maps: Generate prescription maps and optimised routes from multispectral or visible-light data to support compatible DJI Agras workflows.

Cluster Reconstruction

• Distributed Processing: Use multiple GPUs and networked devices to distribute compatible reconstruction workloads beyond the resources of a single workstation.
• Scalable Reconstruction Performance: Expand available processing capacity by adding compatible worker devices as imagery volumes and project requirements increase.

Integrated DJI Survey Workflow

• DJI Enterprise Hardware Integration: Terra works closely with DJI mapping aircraft, payloads and positioning equipment including Matrice 4E, Matrice 400, Zenmuse P1, Zenmuse L3 and D-RTK 3.
• DJI Terra and DJI Modify Workflow: Transfer compatible reconstructed projects directly into DJI Modify for point cloud refinement, classification, model clean-up and preparation for downstream GIS or CAD workflows.
• DJI Reality Integration: Review and present reconstructed mesh and point cloud datasets within DJI Reality as part of a connected DJI mapping workflow.

Survey and Analysis Tools

• PPK Processing: Process positioning data for supported visible-light and LiDAR datasets where RTK corrections were unavailable or additional post-processing is required.
• Ground Control and Check Points: Import and mark control points, use semi-automatic point selection and incorporate independent check points to assess reconstruction accuracy.
• Coordinate System Support: Work with more than 8,500 built-in coordinate systems, local coordinate systems, seven-parameter transformations and imported PRJ files.
• Measurement and Annotation: Measure points, distances, areas and volumes directly within reconstructed models and add annotations for inspection, verification and reporting.