Choosing the right tool for your needs -
Every project is different.
Why should your solution be the same?
Advanced Systems Tailored to Your Exploration Needs
At Rosor Exploration, we combine cutting-edge technology with customized survey design to deliver exceptional geophysical and geospatial insights for the mining and energy sectors. Our approach centers on selecting the optimal combination of sensors and platforms for each project's unique requirements, geological setting, and budget constraints. This tailored methodology ensures you receive precisely the data you need to make informed exploration decisions, without unnecessary costs or complications.
Core Survey Technologies
Magnetic Systems
Our high-sensitivity magnetometers detect subtle variations in the Earth's magnetic field to identify geological structures and mineral deposits:
High-Resolution Magnetometry:
Sub-0.01 nT sensitivity for detailed magnetic anomaly mapping
Gradiometer Arrays:
Multi-sensor configurations for enhanced resolution and noise reduction
Compact Sensor Systems:
Optimized for aerial platforms, including our Rosor drone fleet
Core Survey Technologies
Electromagnetic Systems
Our electromagnetic survey equipment measures subsurface conductivity to identify mineral deposits, groundwater, and geological structures:
Time-Domain EM (TDEM):
Powerful transmitters and sensitive receivers for deep conductivity mapping
Frequency-Domain EM (FDEM):
Multiple frequencies for varying depth penetration and resolution
EM Profilers:
Lightweight systems adapted for drone deployment
Advanced Noise Filtering:
Proprietary algorithms for clean data in challenging environments
Core Survey Technologies
Radiometric Systems
Our radiometric technology measures natural radiation to identify specific rock types and alteration zones:
Multi-Channel Spectrometers:
Differentiation between potassium, uranium, and thorium radiation
High-Volume Detectors:
Enhanced sensitivity for lower-altitude surveys
Real-Time Processing:
Immediate data validation and preliminary mapping
Geospatial Imaging Systems
LiDAR
Our advanced LiDAR systems create detailed digital terrain and surface models:
High-Density Point Clouds:
Up to 400 points per square meter for unparalleled detail
Multiple Return Processing:
Penetration of vegetation for true ground surface mapping
Integrated GPS/IMU:
Precise positioning for accurate elevation models
Classification Algorithms:
Automated feature extraction and terrain analysis
Core Survey Technologies
Geospatial Imaging Systems
LiDAR
Our advanced LiDAR systems create detailed digital terrain and surface models
Orthoimagery
We capture high-resolution visual data for comprehensive surface analysis
Hyperspectral Imaging
Our hyperspectral sensors identify surface mineralogy with unprecedented detail
Geospatial Imaging Systems
Orthoimagery
We capture high-resolution visual data for comprehensive surface analysis:
Ultra-High Resolution:
Up to 1 cm ground sampling distance (GSD)
Seamless Mosaicking:
Advanced stitching algorithms for consistent coverage
Geospatial Imaging Systems
Hyperspectral Imaging
Our hyperspectral sensors identify surface mineralogy with unprecedented detail:
400+ Spectral Bands:
Continuous coverage across visible and infrared wavelengths
Mineral Identification Algorithms:
Automated classification of surface materials
Thermal Components:
Addition of thermal infrared for geothermal exploration
Compact Designs:
Specialized sensors for airplane and adapted for drone deployment
Survey Platforms
Innovative Drone Fleet
Our proprietary drone platforms represent the cutting edge of aerial geophysical and geospatial exploration, designed to bridge the gap between traditional airborne surveys and ground-based methods:
Survey Platforms
Innovative Drone Fleet
Our proprietary drone platforms represent the cutting edge of aerial geophysical and geospatial exploration, designed to bridge the gap between traditional airborne surveys and ground-based methods:
Rosor Recon Lite:
A versatile hybrid multirotor aircraft designed for rapid deployment and high-resolution surveys:
Rosor Recon Heavy:
An upscaled hybrid multirotor platform for comprehensive multi-sensor surveys
Rosor Arctern:
A sophisticated VTOL fixed-wing aircraft for efficient large-area coverage:
Survey Platforms
Rosor Recon Lite
A versatile hybrid multirotor aircraft designed for rapid deployment and high-resolution surveys:
Advanced Hybrid Multirotor Architecture:
Powerful multirotor system with extended endurance.
Payload Capacity:
Up to 3 kg of specialized sensors
Flight Duration:
3+ hours for targeted survey missions
Rapid Deployment:
Optimal navigation for precision low-altitude flight
Terrain Following:
Automated terrain-following capabilities for consistent data quality
Ideal Applications:
Detailed property assessments, environmental monitoring, and reconnaissance surveys
Survey Platforms
Rosor Recon Heavy
An upscaled hybrid multirotor platform for comprehensive multi-sensor surveys:
Advanced Hybrid Architecture:
Powerful multirotor system with extended endurance
Integrated Sensor Array:
Simultaneous operation of multiple geophysical and imaging systems
Multi-Sensor Integration:
Concurrent magnetic, electromagnetic, and radiometric data collection
Extended Range:
3+ hours flight time for medium-area surveys
Payload Capacity:
Up to 20 kg for comprehensive sensor packages
Ideal Applications:
Mineral exploration, resource mapping, and detailed geological studies
Survey Platforms
Rosor Arctern
A sophisticated VTOL fixed-wing aircraft for efficient large-area coverage:
Vertical Takeoff and Landing:
No runway required for operation in remote areas
Transition Flight:
Seamless conversion between vertical and horizontal flight modes
Fixed-Wing Efficiency:
Superior range and endurance compared to multirotor systems
Payload Capacity:
Up to 6 kg of integrated sensor systems
Advanced Navigation:
Precise flight path control for consistent line spacing
Ideal Applications:
Regional exploration programs, corridor mapping, and large property assessments
Additional Survey Platforms
Fixed-Wing Aircraft
For efficient coverage of large regional areas:
Modified Aircraft:
Specialized installations for low-altitude, high-resolution surveys
Integrated Sensor Packages:
Simultaneous deployment of multiple geophysical systems
Extended Range Operations:
Efficient coverage of vast exploration territories
Helicopter Platforms
For surveys requiring extreme precision in challenging terrain:
Versatile Operations:
Ability to survey in mountainous, remote, or restricted access areas
Towed Bird Systems:
External sensor packages for minimal interference
Low-Altitude Capabilities:
Enhanced resolution for detailed target definition
Additional Survey Platforms
Fixed-Wing Aircraft
For efficient coverage of large regional areas:
Modified Aircraft:
Specialized installations for low-altitude, high-resolution surveys
Integrated Sensor Packages:
Simultaneous deployment of multiple geophysical systems
Extended Range Operations:
Efficient coverage of vast exploration territories
Additional Survey Platforms
Helicopter Platforms
For surveys requiring extreme precision in challenging terrain:
Versatile Operations:
Ability to survey in mountainous, remote, or restricted access areas
Towed Bird Systems:
External sensor packages for minimal interference
Low-Altitude Capabilities:
Enhanced resolution for detailed target definition
Data Processing & Interpretation
RosorVision Suite
Our proprietary software ecosystem transforms raw geophysical and geospatial data into actionable insights:
Integrated Processing Pipeline:
Seamless workflow from raw data to final products
Multi-Parameter Analysis:
Correlation of geophysical and geospatial datasets
Advanced Filtering Algorithms:
Industry-leading noise reduction techniques
Machine Learning Classification:
Automated feature and anomaly detection
2D/3D Visualization:
Intuitive representation of complex subsurface conditions
Client Portal Access:
Secure online delivery of processed results and interpretations
Data Processing & Interpretation
Field-to-Final Workflow
Our end-to-end approach ensures quality and efficiency:
Mission Planning:
Optimized flight parameters for your specific objectives
In-Field Quality Control:
Real-time data validation during acquisition
Preliminary Processing:
Same-day initial results for rapid decision support
Advanced Processing:
Comprehensive analysis and integration of all datasets
Final Deliverables:
Professional reporting with clear visualizations and interpretations
Why Rosor
Innovation Advantage
Rosor Exploration remains at the forefront of technological advancement in geophysical and geospatial surveying:
Platform-Sensor Optimization:
Custom integration of specific sensors for each project's requirements
Scalable Solutions:
Right-sized approaches from focused property investigations to regional programs
Cost-Efficiency Focus:
Maximum data value with optimized survey parameters
Client-Specific Solutions:
Custom adaptations to address unique exploration challenges
Continuous Development:
Ongoing enhancements to our proprietary platforms and processing techniques
Why Rosor
Partner with Rosor Exploration to leverage our technological advantages for your exploration success. Contact us to learn how our tailored approach can be applied to your specific project requirements.
Discuss your
project.
Tell us about your geology, location, and exploration goals. We’ll scope a right-sized airborne program for your greenfield stage project.