High-Precision Airborne Mineral Exploration and Geophysics with M2® Airborne Radar
Global airborne detection of rare earth elements, gold, copper, Uranium U-235 and energy resources using non-invasive geophysical technology.
We Identify Strategic Resources Worldwide
Movin’Marine is an international company specialized in airborne, terrestrial and marine mineral exploration using advanced geophysical technologies.
Through the M2® Airborne Radar system, we conduct structured subsurface anomaly detection studies associated with mineral deposits, energy resources and buried structures, enabling deep subsurface analysis under suitable geological conditions.
Our methodology is fully non-invasive, eliminating the need for early-stage drilling, reducing geological uncertainty and supporting informed decision-making prior to capital-intensive investment phases.
Detection of anomalies associated with:
- Gold (Au): veins and disseminated deposits
- Copper (Cu): high-conductivity formations
- Rare Earth Elements (REE) and other strategic minerals
Geophysical prospecting focused on:
- Natural gas and oil
- Geological structures associated with onshore and offshore hydrocarbons
- Groundwater reserves and aquifers
- Uranium Radiation Detection for Mining Applications and U-235 Identification
Non-invasive studies for:
- Detection of historic shipwrecks and galleons
- Identification of buried archaeological structures
- Detection of cavities and deep subsurface anomalies
M2® Airborne Radar Technology
Advanced Non-Invasive Airborne Geophysical Prospecting System
The M2® Airborne Radar is a passive electromagnetic system developed by Movin’Marine for advanced subsurface anomaly detection associated with mineral deposits, energy resources and buried structures.
The technology analyzes variations in the natural electromagnetic properties of the terrain, enabling the identification of contrasts in conductivity and dielectric constants within geological formations under suitable subsurface conditions.
Its passive architecture avoids signal emission, allowing airborne exploration campaigns to be conducted without direct ground disturbance.
Technical Capabilities of the M2® Radar System
- Depth analysis capability: effective subsurface evaluation at significant depths under favorable geological conditions
- Airborne coverage: large-scale survey campaigns covering thousands of hectares
- Spatial resolution: high-definition output in advanced post-processing mode
- Operational platforms: helicopter or fixed-wing aircraft
- Geographical adaptability: suitable for mountainous terrain, jungle environments, deserts, coastal areas and marine settings
- Time efficiency: significant reduction in preliminary evaluation timelines compared to conventional exploration workflows
- Fully non-invasive methodology
- Elimination of early-stage drilling requirements
- Risk reduction prior to capital-intensive exploration phases
- Structured generation of anomaly maps and 2D/3D subsurface models
- Operational efficiency in remote or difficult-access regions
- Improved allocation of exploration capital
A New Approach to Large-Scale Exploration
Mineral and energy exploration require timely, well-informed decisions with minimal uncertainty. Traditional workflows often rely on extended field campaigns, drilling programs and prolonged validation phases that may take months — or even years — to generate actionable conclusions.
The M2® Airborne Radar introduces a different approach: a rapid, non-invasive geophysical methodology designed to support early-stage evaluation and structured decision-making.
Rather than replacing conventional methods, the M2® system enhances exploration strategies by providing preliminary subsurface intelligence before capital-intensive operations begin.
M2® Radar vs Conventional Methods
Conventional Exploration Methods
- Early-stage exploratory drilling
- Prolonged field campaigns
- High operational costs
- Coverage constrained by ground logistics
- Moderate to high environmental impact
M2® Airborne Radar Approach
- Rapid preliminary evaluation
- Fully non-invasive methodology
- Large-area airborne coverage
- Subsurface anomaly identification prior to drilling
- Strategic capital optimization
- Minimal environmental disturbance
International Airborne Mineral Exploration Services
Movin’Marine provides airborne geophysical exploration services worldwide, including remote regions, difficult-access environments and complex offshore settings.
Each project is adapted to local regulations, geological conditions and the technical requirements of mining companies, energy operators, scientific institutions and governmental agencies.
Our international experience enables us to coordinate airborne survey campaigns with efficient logistical planning and full compliance with the regulatory frameworks of each jurisdiction.
How We Work
Our exploration workflow is structured in clearly defined technical phases:
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Preliminary Study and Geological Assessment Evaluation of available data, geological framework, project objectives and estimated target depth.
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M2® Airborne Survey Campaign Acquisition of geophysical data using high-precision passive sensors deployed from helicopter or fixed-wing aircraft platforms.
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Digital Processing and Signal Optimization Application of advanced filtering and correction algorithms to enhance signal integrity and data reliability.
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Geophysical Interpretation and 2D/3D Modeling Structured subsurface anomaly analysis and development of interpretative geological models in two and three dimensions.
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Professional Technical Reporting Delivery of detailed documentation including:
- Georeferenced anomaly locations
- Structured anomaly maps
- Estimated depth levels
- Technical recommendations aligned with project stage
Gold and Copper Detection
Airborne Rare Earth Element Detection
Shipwreck Detection
Geophysical Prospecting Services
Airborne VLF Surveys
Frequently Asked Questions
In which countries does Movin’Marine operate?
We operate internationally, adapting each exploration campaign to local regulations, geological frameworks and logistical conditions.
Our projects have been conducted across Europe, Africa, the Americas and other regions with diverse geological contexts.
Does the M2® Airborne Radar replace drilling?
No. Non-invasive airborne geophysical technology is designed to reduce uncertainty prior to drilling, improve target prioritization and enhance capital efficiency.
Drilling remains necessary for final validation and resource confirmation.
What depth can the system analyze?
Under suitable geological conditions, the system can evaluate subsurface variations at significant depths.
Actual performance depends on geological environment, lithology and structural characteristics of the target area.
What types of resources can be evaluated?
The system can identify anomalies associated with:
- Gold (Au)
- Copper (Cu)
- Rare Earth Elements (REE)
- Hydrocarbons
- Groundwater
- Archaeological structures and cavities
Is this an invasive method?
No. The system operates from airborne platforms and does not require drilling, excavation or direct disturbance of the ground or seabed.
How long does a study take?
Project timelines depend on survey size and geological complexity.
For standard campaigns, preliminary technical results can be delivered within reduced timeframes following data acquisition.
Request a Technical Exploration Assessment
Tell us which resource you need to locate: gold, copper, rare earths, gas, oil, groundwater, or archaeological remains.
Our international team and Radar M2® technology enable us to deliver fast, accurate, non-invasive results anywhere in the world. We are ready to review your project and provide you with a clear, reliable report.
All information is handled with strict confidentiality.
Perú
Rolando Suaña
(+51) 997122226
rsuana@movinmarine.com
Bolivia
Brasil
Pablo Cejas
+55 31 99258-9886
pablo@movinmarine.com
Spain
+34 972 25 50 92
jcasellas@movinmarine.com
Canada
Saudi Arabia
Australia
Greenland
China
Russia
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