Drone footage is an ideal input for Gaussian Splatting because aerial photography naturally provides the multi-view coverage that GS requires. DJI Terra V5.0+ is the first mainstream drone mapping software with native GS support.
Recommended Capture Settings
For best GS results from drone data:
- Overlap: 80%+ front overlap, 70%+ side overlap (more overlap = better quality)
- Flight pattern: Smart 3D Capture mode with oblique angles (5-directional capture)
- Altitude: Lower altitude captures more detail but produces more images
- Camera: Mechanical shutter preferred to eliminate rolling shutter artifacts
- RTK positioning: Centimeter-accurate georeferencing for the output
DJI Terra Processing Workflow
- Import images — DJI Terra accepts photos directly from DJI enterprise drones
- SfM alignment — Automatic Structure-from-Motion generates camera positions and sparse point cloud
- GS reconstruction — Select Gaussian Splatting mode; Terra seeds and optimizes millions of Gaussians
- Quality check — Real-time 60 FPS viewport for visual inspection
- Export — 3DTiles for web streaming, PLY for editing, GeoTIFF for mapping
Performance
DJI Terra processes approximately 500 images per hour for GS reconstruction — roughly 2× faster than traditional mesh-based photogrammetry. A city block captured with a DJI Matrice 4E can be processed into a GS model in 30–40 minutes. The platform supports up to 30,000 images per task on systems with 32GB+ RAM.
Equipment
THE FUTURE 3D uses the DJI Matrice 4E with its integrated triple-camera system (20MP wide-angle with mechanical shutter, 48MP medium telephoto, 48MP telephoto) for GS capture. The M4E's Smart 3D Capture mode with 5-directional oblique capture enhances GS quality by providing more viewing angles.
For a complete walkthrough, read our DJI Terra GS guide or see how GS compares to traditional photogrammetry. Need aerial GS for your project? Contact us →