UAV Geophysics
Rapid field acquisition using mission-selected suspended sensors.
RAVAM EXPLORATION™
Better evidence before the next expensive field decision.
UAV geophysics, controlled acquisition and AI-assisted interpretation—delivered as technical evidence exploration teams can review, compare and act on.
UAV GEOPHYSICSFIELD ACQUISITIONAI-ASSISTED INTERPRETATION
Survey Operations
Structured, repeatable acquisition designed around terrain and target depth.
AI Interpretation
Pattern screening, anomaly context and prioritization for specialist review.
Field Validation
Follow-up workflows that connect interpreted evidence back to the ground.
PROVEN IN ACTIVE WORK
National-scale geophysical interpretation.
RAVAM is engaged in an active national-scale geophysical interpretation program for a government client. The work brings field-acquired geophysical data into a dedicated AI interpretation environment for predictive subsurface modeling, 3D geological context and digital-twin workflows.
CLIENT TYPENational government
PROGRAM SCOPEAI interpretation + geospatial integration
OUTPUTPredictive subsurface and 3D geological models
Customer identity, jurisdiction and sensitive program details remain confidential.
THE METHOD
From field acquisition to decision-ready targets.
The aircraft is only one part of the solution. Survey design, sensor integration, geodetic control, processing discipline and technical interpretation determine whether the resulting data is useful.
Acquire
Capture structured geophysical observations using UAV-enabled field operations.
Process
Clean, geo-reference, correct and organize data for technical analysis.
Interpret
Combine geophysics, terrain, geology and AI-assisted pattern screening.
Prioritize
Rank areas of interest using the evidence behind each target.
Validate
Focus mapping, sampling and field follow-up on selected targets.
FIELD CAPABILITY
Geophysics where access is slow, costly or disruptive.
UAV-supported survey methods can extend reconnaissance into areas where conventional access is less practical. RAVAM combines field planning, sensor integration and technical interpretation rather than treating the aircraft as the product.
MagneticElectromagneticSemi-airborne methodsTerrain-aware planningRepeat survey design
TECHNICAL CAPABILITY
Multiple evidence layers. One exploration picture.
RAVAM structures the program so specialists can work with field measurements in context rather than as isolated maps.
Magnetic
Total-field and related magnetic products for structural and lithological contrast.
Electromagnetic
Mission-selected EM and semi-airborne methods where conductivity response is relevant.
3D Interpretation
Subsurface modeling and inversion where data quality and program design support it.
Geospatial Context
Terrain, geology, imagery and historical information integrated into the interpretation environment.
DATA ASSURANCE
Results designed to be reviewed, reproduced and challenged.
RAVAM documents the path from acquisition through processing and interpretation so customers and their qualified specialists can understand how each result was produced.
Know how the data was collected.
Survey geometry, sensor configuration, positional control and field conditions are documented with the acquisition record.
Preserve the path from raw data to product.
Corrections and processing steps are recorded so technical reviewers can follow the sequence applied.
Keep evidence behind the target.
Priority areas remain linked to the supporting layers, assumptions and confidence used during interpretation.
REPORTING CONTEXT
Structured for qualified technical review.
RAVAM prepares acquisition, processing and interpretation records so responsible Qualified or Competent Persons can review the technical basis of the work in the reporting framework applicable to the project.
| Reporting context | Framework | RAVAM role |
|---|---|---|
| Public disclosure, Canada | NI 43-101 | Provide survey data, processing records and interpretation in a form a Qualified Person can review and rely on. RAVAM does not author the technical report. |
| Public disclosure, Australasia | JORC Code | Support the Competent Person with traceable acquisition, processing and interpretation records. |
| Exploration results reporting | CRIRSCO-aligned national codes | Structure documentation so reported results can be linked to their acquisition and processing parameters. |
| Government resource mapping | Client / national survey standards | Configure acquisition, QA/QC and deliverable formats against the authority's agreed specification. |
Important: Reference to these frameworks does not imply certification or automatic compliance. Applicability and acceptance are confirmed per program with the client and the responsible Qualified or Competent Person.
DELIVERABLES
What the client receives.
Exact outputs depend on the survey method and program stage. The objective is always a technically usable package, not simply imagery.
Processed survey dataCorrected, organized datasets with supporting metadata.
Geospatial productsProject-ready grids and GIS layers where applicable.
Interpretation models2D/3D models and inversion outputs when the data supports them.
Target registerRanked areas of interest with evidence and confidence context.
Technical documentationSurvey design, procedures, limitations and interpretation basis.
Digital-twin environmentIntegrated geospatial context for larger or national-scale programs.
WHERE THIS FITS
Exploration programs that benefit from better early evidence.
Use cases vary by geology, terrain and exploration stage.
Base & precious metalsStructural and lithological targeting.
Critical mineralsReconnaissance and target definition.
Diamond explorationSpecialist magnetic and exploration interpretation.
Regional reconnaissanceFirst-pass coverage over large or difficult ground.
Government resource mappingSystematic regional and national interpretation programs.
Geothermal & groundwaterGeophysical context where mission-selected methods are applicable.
Anomaly ≠ economic deposit.
Geophysical and remote-sensing evidence identifies areas of interest. Confirmation requires geological interpretation, field verification, sampling and the appropriate technical and economic assessment.
START WITH THE EXPLORATION QUESTION
Design the survey around the decision—not the aircraft.
Tell us the target type, terrain, program stage and what the next field decision depends on. We will structure the acquisition and interpretation workflow around it.