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DJI Terra Mapping Software

DJI Terra Mapping Software

$1,680.00
$1,680.00
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V-DJI-TRA-SND-1YR

SKU V-DJI-TRA-SND-1YR MPN CP.RJ.00000224.01 EAN 6937224128613
  • Photogrammetry processing converts aerial imagery into orthomosaics and 3D models
  • LiDAR reconstruction processes Zenmuse L1 L2 and L3 point cloud datasets
  • Survey-grade accuracy supports up to three centimeter vertical reconstruction precision
  • Multi-format export supports LAS LAZ PNTS PLY and S3MB deliverables
  • Enterprise compatibility supports Matrice 400, Matrice 350 RTK and Mavic 3 Enterprise
  • Automated reconstruction aligns imagery and trajectory data during mapping workflows
  • LiDAR processing from Zenmuse L3 supported without additional processing license
  • Advanced visualization enables Gaussian splatting models for detailed 3D representation
  • Cluster processing distributes large mapping datasets across multiple computers efficiently
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  • Description
  • Specifications
  • In the Box
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DJI Terra Mapping Software: Enterprise photogrammetry and LiDAR reconstruction platform

DJI Terra is DJI’s dedicated desktop mapping software designed to transform drone imagery and LiDAR scans into actionable geospatial data. Built for enterprise surveying, construction, infrastructure inspection, and public safety workflows, the software converts aerial data into orthomosaics, point clouds, and 3D models through automated reconstruction processes.

DJI Terra supports both photogrammetry and LiDAR workflows across DJI’s enterprise drone ecosystem, including the Matrice 400, Matrice 350 RTK, Matrice 300 RTK, and Mavic 3 Enterprise platforms. For advanced LiDAR mapping, the Matrice 400 paired with the Zenmuse L3 payload integrates directly with DJI Terra to produce survey-grade datasets using high-precision trajectory data captured during flight.

DJI Terra reconstruction tools and mapping workflow capabilities

  • Photogrammetry reconstruction: Generates orthomosaics and 3D models from aerial image datasets.
  • LiDAR processing: Converts LiDAR scans into accurate point cloud reconstructions.
  • Automated workflows: Aligns images and trajectories during mapping data reconstruction.
  • Precision reconstruction: Supports survey-grade mapping accuracy using RTK-enabled drone platforms.
  • Cluster processing: Distributes reconstruction tasks across multiple computers for large datasets.
  • Real-time preview: Displays point cloud previews during flight verification operations.
  • Multiple deliverables: Exports mapping data in widely supported geospatial file formats.
  • Mission planning: Enables mapping route planning within the software environment.
  • Enterprise compatibility: Designed for DJI enterprise drone and payload ecosystems.

High-accuracy mapping reconstruction for enterprise survey workflows

DJI Terra performs high-precision reconstruction of mapping data collected by DJI enterprise drones. During flight, aircraft such as the Matrice 400 capture imagery or LiDAR scans along with precise trajectory information using onboard positioning systems.

DJI Terra processes this data offline to generate accurate orthomosaics, point clouds, and 3D models suitable for engineering analysis and inspection. When paired with the Matrice 400 and Zenmuse L3 LiDAR system, DJI Terra can achieve survey-grade reconstruction accuracy of approximately 3 cm vertical accuracy at 120 meters flight altitude.

This offline reconstruction process enables precise geospatial outputs that can be used in surveying, asset inspection, construction documentation, and infrastructure monitoring programs.

Supported aircraft platforms and mapping payload integration

  • DJI Matrice 400: Supports advanced LiDAR workflows with Zenmuse L3 payload.
  • DJI Matrice 350 RTK: Compatible with Zenmuse L2 LiDAR mapping sensor.
  • DJI Matrice 300 RTK: Supports Zenmuse L1 LiDAR scanning operations.
  • DJI Mavic 3 Enterprise: Enables photogrammetry mapping and reconstruction workflows.
  • DJI Mavic 3 Multispectral: Supports agricultural mapping and vegetation analysis missions.
  • DJI Pilot 2 integration: Enables data capture and mission coordination workflows.
  • RTK positioning systems: Supports accurate trajectory alignment during reconstruction processing.

Professional mapping and inspection deployment applications

  • Topographic surveying: Generates terrain models and point clouds for engineering analysis.
  • Construction monitoring: Produces orthomosaic maps for site progress documentation.
  • Infrastructure inspection: Creates detailed 3D models of bridges, towers, and facilities.
  • Utility mapping: Supports electric corridor documentation and asset management programs.
  • Agricultural analysis: Processes multispectral imagery for crop monitoring and assessment.
  • Digital twins: Builds accurate 3D models for infrastructure planning and visualization.

Designed for enterprise geospatial reconstruction workflows

DJI Terra is designed to serve as the central reconstruction platform for DJI’s enterprise mapping ecosystem. It combines automated data processing with advanced reconstruction capabilities to support large-scale mapping projects. Features such as cluster reconstruction allow organizations to distribute processing workloads across multiple computers when handling large LiDAR datasets.

The software also supports modern visualization techniques such as Gaussian Splatting, enabling high-detail 3D model visualization for engineering review and digital twin workflows. By integrating tightly with DJI enterprise aircraft and payloads, DJI Terra provides a consistent end-to-end workflow for capturing, processing, and exporting mapping data for professional geospatial applications.

DJI Terra exists to transform raw aerial data into accurate mapping deliverables that support engineering decisions and operational planning. Through automated reconstruction, precise trajectory alignment, and standardized export formats, the software enables organizations to integrate drone-captured data into professional surveying and GIS workflows.

At DSLRPros, we support complete enterprise mapping workflows from hardware selection through data processing integration. When you purchase DJI Terra from DSLRPros, you gain guidance from experienced drone specialists who understand both aerial data capture and mapping reconstruction workflows. Deploy DJI Terra with confidence through DSLRPros.

Technical Hardware Requirements

  • CPU: Intel Core i5 or later required for basic mapping; Intel Core i7/i9 or AMD Ryzen recommended for large-scale reconstruction.
  • GPU: Dedicated NVIDIA graphics card required with compute capability 6.1 or higher (Pascal architecture / GTX 10-series or newer).
  • VRAM: Minimum 4 GB discrete graphics memory.
  • System RAM: Minimum 32 GB for standard 3D reconstruction and LiDAR processing; 64 GB or more recommended for large projects.
  • Storage: Minimum 200 GB free space; high-speed SSD strongly recommended for cache and temporary processing directories.
  • Input devices: High-speed microSD card reader recommended for efficient data transfer from drone storage media.

Software Specifications

  • Operating system: Windows 10 or later (64-bit) only.
  • macOS and other operating systems are not supported.
  • GPU drivers: Official NVIDIA drivers version 522.25 or newer required for advanced features such as 3D Gaussian Splatting.
  • Account and licensing: Active DJI account required for login and license binding.
  • License usage: One license can typically be bound to one account and up to three computers.
  • Internet connectivity: Required for license activation and version verification; offline license options available for secure environments.
  • Compatibility note: Non-NVIDIA graphics cards (e.g., AMD GPUs) are not supported.

Reconstruction Capabilities

  • Visible light reconstruction: Supports high-resolution 2D orthomosaics (DOM), 3D meshes (OBJ, OSGB), and Digital Surface Models (DSM) from JPG/TIF imagery.
  • 3D Gaussian splatting: Enables photorealistic 3D modeling of complex structures such as vegetation and reflective surfaces.
  • LiDAR processing: One-click processing for Zenmuse L1, L2, and L3 datasets with automatic point cloud accuracy optimization.
  • Multispectral mapping: Generates vegetation indices such as NDVI and NDRE with radiometrically calibrated reflectance outputs.
  • Real-time mapping: Enables on-site generation of 2D maps and preliminary 3D models during flight for rapid situational analysis.

Output Formats & Integration

  • 2D outputs: GeoTIFF orthomosaics, Digital Elevation Models (DEM), and contour lines in DXF or SHP formats.
  • 3D model formats: Supports B3DM, OSGB, PLY, OBJ, i3S, and FBX for GIS, CAD, and BIM compatibility.
  • Point cloud formats: PNTS, LAS, S3MB, PLY, and PCD supported.
  • Coordinate systems: Built-in support for more than 8,500 coordinate systems and seven-parameter transformations.

Performance & Scaling

  • Processing speed: Processes approximately 2,000 images per hour for 2D projects and 700 images per hour for 3D reconstruction on a single workstation.
  • Cluster reconstruction: Multi-computer processing mode capable of handling up to 30,000 photos in approximately 21 hours.
  • Data analysis tools: Built-in measurement tools for 2D and 3D coordinates, distances, surface areas, and volumes.
  • Contact our customer support team to know more about DJI Terra subscription tiers
What is DJI Terra used for in drone mapping workflows?

DJI Terra is desktop mapping software that converts aerial imagery and LiDAR scans captured by DJI drones into geospatial data products. It reconstructs orthomosaic maps, 3D models, and point clouds through automated photogrammetry or LiDAR processing workflows. Surveyors, engineers, and inspection teams use DJI Terra to transform drone-collected data into usable deliverables for analysis and documentation. The software is designed specifically for DJI enterprise aircraft and payload ecosystems.

Which DJI drones are compatible with DJI Terra mapping software?

DJI Terra supports several DJI enterprise drone platforms used for mapping and inspection missions. These include the DJI Matrice 400, Matrice 350 RTK, Matrice 300 RTK, Mavic 3 Enterprise, and Mavic 3 Multispectral. For LiDAR mapping workflows, DJI Terra processes data captured by Zenmuse LiDAR sensors such as the L1, L2, and L3. Compatibility ensures that imagery and LiDAR data collected during flight can be reconstructed accurately within the software.

Does DJI Terra support LiDAR processing from the Zenmuse L3?

Yes, DJI Terra natively supports LiDAR data processing from the Zenmuse L3 sensor. When used with the Matrice 400, the Zenmuse L3 records high-precision trajectory data through its onboard Position and Orientation System. DJI Terra uses this trajectory data during offline reconstruction to align point clouds and generate mapping outputs. Basic LiDAR processing for Zenmuse L3 data does not require an additional paid processing license.

How do I activate my DJI Terra license?

License activation is handled via DJI’s software portal. DSLRPros can assist with setup, validation, and feature walkthroughs.

How accurate are maps generated by DJI Terra?

DJI Terra can produce survey-grade reconstruction results when used with compatible RTK-enabled drone systems and proper flight planning. For example, when using the Matrice 400 with the Zenmuse L3 LiDAR sensor, the system can achieve approximately 3 cm vertical accuracy at a flight altitude of 120 meters. Final accuracy depends on factors such as flight parameters, sensor calibration, and reconstruction settings. Offline reconstruction in DJI Terra is required to achieve the highest precision outputs.

What mapping file formats can DJI Terra export?

DJI Terra supports exporting mapping data in several industry-standard formats used in GIS, engineering, and 3D visualization workflows. Common export formats include LAS, LAZ, PNTS, PLY, and S3MB. These formats allow point clouds and models generated by DJI Terra to be imported into professional software platforms such as GIS systems, CAD programs, and digital twin environments. Export flexibility makes DJI Terra suitable for many surveying and inspection workflows.