RAVAM Mapper
Professional photogrammetry, 3D reconstruction & digital twinning software. Transform aerial drone imagery into high-precision 2D maps, 3D models, dense point clouds, and actionable geospatial intelligence for infrastructure monitoring and exploration.
Complete Photogrammetry Pipeline from Capture to Export
RAVAM Mapper provides an end-to-end reconstruction workflow for surveying and mapping professionals. From raw aerial imagery to georeferenced deliverables — orthomosaics, 3D models, point clouds, and elevation models.
Key Capabilities
- 2D orthomosaic generation with accurate measurements
- 3D textured model reconstruction (OBJ, OSGB, PLY)
- Dense point cloud creation (LAS, XYZ)
- DEM/DSM digital elevation models (GeoTIFF)
- 14+ export formats for GIS & CAD integration
Six-Step Pipeline from Raw Imagery to Deliverables
A streamlined workflow that transforms drone-captured photos into professional-grade geospatial products with configurable parameters at every stage.
Processing Steps
- Import aerial images & POS data with EXIF GPS
- Configure camera & coordinate systems (CRS)
- Aerial triangulation with feature matching
- GCP integration for survey-grade accuracy
- Dense point cloud & 3D mesh generation
- Export in GeoTIFF, LAS, OBJ, OSGB, PLY formats
Ground Control Points for Survey-Grade Results
RAVAM Mapper integrates GCPs to achieve centimeter-level accuracy. Import reference markers with known coordinates, mark them on images, and re-optimize bundle adjustment for mission-critical precision.
Accuracy Features
- GCP import via CSV/TXT with flexible column mapping
- Image-based control point marking
- Re-optimization engine for iterative refinement
- Quality reports with reprojection errors
- Multiple coordinate system support with CRS transformation
Professional-Grade Tools for Complex Projects
Precision mapping tools designed for demanding applications, ensuring accuracy and flexibility across project scales.
GCP Management
Ground Control Point integration for enhanced accuracy. Import GCP files, mark points on images, and re-optimize for survey-grade precision.
Coordinate Systems
Multiple coordinate system support with seamless CRS transformation. Configure input and output systems for worldwide georeferencing.
Area of Interest
Define custom processing regions with polygon tools and KML import. Focus computation on relevant areas to optimize processing time.
Model Blocking
Process large datasets by dividing into manageable blocks. Ideal for city-scale projects that exceed single-machine memory limits.
Quality Reports
Comprehensive reports with camera calibration, reprojection errors, GCP residuals, overlap statistics, and accuracy assessments.
Re-optimization Engine
Refine results through iterative bundle adjustment. Re-run after adding GCPs or adjusting parameters for maximum accuracy.
Deliverables & Export Formats
Generate industry-standard geospatial products ready for GIS, CAD, and visualization platforms.
Orthomosaic Maps
Georeferenced 2D imagery with accurate measurements
3D Models
Textured mesh with photorealistic quality
Point Clouds
Dense spatial data for terrain analysis
DEM / DSM
Elevation & surface models for volumetrics
Serving Professionals Across Industries
Hardware & Software Specifications
Optimized for workstation-class hardware. NVIDIA GPU with CUDA support required for 3D reconstruction.
Minimum
- Windows 10 (64-bit)
- Intel Core i5 / AMD Ryzen 5
- 16 GB RAM
- NVIDIA GPU — 4GB VRAM (CUDA)
- 50 GB SSD free space
- 1920 × 1080 display
Recommended
- Windows 10/11 (64-bit)
- Intel Core i7/i9 or AMD Ryzen 7/9
- 32–64 GB RAM
- NVIDIA RTX — 8GB+ VRAM
- 500 GB+ NVMe SSD
- 2560 × 1440+ display
Large-Scale Projects
- Intel Xeon / AMD Threadripper
- 64–128 GB RAM
- NVIDIA RTX 4080/4090 or A-series
- 1 TB+ NVMe SSD
- Multiple monitors recommended
- Network storage for sharing
Common Questions
Transform Your Aerial Data into Actionable Intelligence
Professional-grade photogrammetry software for surveying, mapping, and 3D reconstruction professionals worldwide.