Core Survey Capabilities
High-Precision Geological Mapping
- Hyperspectral Imaging (400-2500nm) for mineral identification
- 3D Lidar Terrain Modeling (5cm point cloud resolution)
- Gamma-Ray Spectrometry for radioactive element detection
Technical Performance Metrics
| Parameter | Specification |
|---|---|
| Flight Duration | 45-60 minutes |
| Payload Capacity | 8kg sensor suite |
| Operating Range | 12km (long-range RF link) |
| Weather Resistance | IP54 (wind/dust/light rain) |
Cutting-Edge Technologies
AI Geological Analysis
- Automated ore body identification algorithms
- Mineral composition prediction models
- Structural geology pattern recognition
Advanced Exploration Sensors
- Portable XRF Payload – Instant mineral chemistry analysis
- Magnetic Gradiometer – Underground ferrous deposit detection
- Thermal Infrared Camera – Hydrothermal activity monitoring
Key Market Applications
Mining Industry
- Greenfield mineral exploration
- Operational mine planning optimization
- Tailings dam stability monitoring
Energy Sector
- Oil/gas reservoir characterization
- Geothermal resource assessment
- Carbon capture storage site selection
Civil Engineering
- Tunnel/road construction geological surveys
- Landslide risk assessment mapping
- Quarry resource estimation
Academic Research
- Tectonic structure studies
- Paleontological site documentation
- Glacial/permafrost monitoring
Competitive Advantages
✓ 10x Faster Data Collection than ground teams
✓ 30cm Subsurface Detection with advanced sensors
✓ All-Terrain Accessibility – cliff/mountain/polar regions
✓ Zero Sample Damage – non-contact surveying
Technical Specifications
- Airframe: Modular quick-swap payload design
- Navigation: RTK+PPK positioning (2cm accuracy)
- Communication: Redundant 4G/satellite backup
- Software: GeoAI cloud processing platform
