01
Sub-Nanotesla Precision
Isolate geological anomalies at 0.1 nT sensitivity with real-time base station diurnal corrections.
Survey Technologies
Methods & Capabilities
We mount triaxial cesium-vapor and fluxgate magnetometer payloads on custom electromagnetically isolated hexacopter frames. Active motor noise compensation enables sub-nanotesla sensitivity at low flight altitudes — delivering data quality that rivals traditional helicopter sweeps at a fraction of the cost.
Key Advantages
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Zero Line Cutting
Autonomous flight grids completely bypass the environmental footprint and cost of ground grid clearance.
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Rapid Turnaround
Cover 200+ line-km daily with automated GIS-ready datasets within 48 hours.
Applications
Primary Deployments
- Mineral exploration targeting beneath heavy overburden
- Buried unexploded ordnance (UXO) detection & dipole classification
- Fault, shear zone, and contact structural mapping
- Archaeological foundation & buried feature mapping
- Pipeline and buried utility corridor tracing
Case File
Sudbury Copper-Nickel Exploration
01 / Challenge
Operating Obstacle
Dense boreal forest and industrial mine EMI masked target contact zones.
02 / Solution
Deployed Methodology
Deployed active motor EMI compensation; flew 350 line-km at 30m altitude.
03 / Results & Impact
Verified Deliverables
Mapped 1.2km magnetic anomaly with 2 confirmed drill-ready targets under 40m till.
Ready to launch your aerial survey operation?
Contact Operations