DJI TERRA

Waypoint mission planning: Create flight paths using pre-defined waypoint actions and adjustable parameters such as altitude, speed, tilt angle and drone heading.

Area mission planning – Can automate more complex missions, enabling the capture of imagery that can be processed to produce maps and models for analysis.

Oblique mission planning: Enables a 3D model dataset to be captured by setting the camera angle at a slanted angle, providing a clearer view of the asset.

Corridor mission planning: Create automated flight missions on roads and railways by simply drawing a line on the map. You can choose to create high-definition 2D maps and 3D models, or just quick overviews. You can choose to create high-definition 2D maps and 3D models, or just quick overviews.

Detailed survey mission planning: generate waypoints and flight paths based on single or multiple points selected in a local 3D model or point cloud. The camera view is displayed on the screen to enable better waypoint selection and more efficient flight path planning.

• Import images with ease;
• Massive processing of up to 400 images/1GB RAM;
• 3D models with absolute accuracy by defining ground control points (GCP);
• Convert map and model coordinates to over 8500 major coordinate systems;
• Incorporate POS data, GCP or both to create more accurate georeferenced maps and models.

3D MODELS

• Real-time 3D mapping: Quickly render and visualise a 3D model of the mapped area.
• 3D reconstruction: Get sharp, realistic representations in a variety of industrial applications, whether it’s reconstructing accidents, recreating fine power lines and complex vertical structures.
• LiDAR data processing: Process point cloud data captured by Zenmuse L1 in DJI Terra. Calculate POA data, merge point cloud and visible light data, export point clouds in standardised formats and generate fieldwork reports.

• 2D and 3D measurements: Acquire key dimensions in a variety of terrains with easy-to-use analysis tools that allow you to obtain a variety of measurement data based on linear, area and volumetric measurements.
• Annotation: edit measurement labels on existing models, which can be used for reporting and improved communication on ongoing projects.
• Photo inspection: Carefully inspect each photo of the model so that critical real-world elements can be identified and highlighted.