DRONEMAG
The benefits of Aerial Magnetometry by drones include speed and efficiency in data collection, greater operational safety, significant reduction in social impact, ability to reach areas of difficult access, accuracy in identifying magnetic anomalies and cost savings compared to traditional methods.
We are specialized in the acquisition, processing, integration and interpretation of magnetic data.
Acquisition is overseen by experienced professionals from the conventional aerial survey industry.
Processing, integration and interpretation is conducted by senior geologists-geophysicists helping clients to extract customized results from their databases.
Magnetic surveys consist of reading the terrestrial geomagnetic field along a profile or lines arranged perpendicularly to the magnetic structures or rocks to be studied.
This kind of survey is done with readings at variable distances according to the objectives, where absolute values of the geomagnetic field are measured using magnetometers.
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If you are looking for an accurate and efficient magnetic mapping solution, Aerial Magnetometry by Drones is the ideal option.
Contact us for more information about our Drone Aerial Magnetometry services and how we can help you with your project.
DRONE GAMMA
We use Gamma-ray spectrometers designed for UAV surveys. These instruments measure the total intensity of gamma radiation and the concentration of a wide range of radionuclides, including Potassium (K), Uranium (U), and Thorium (Th).
DRONE LIDAR
The use of drones with LiDAR technology to obtain products such as orthophoto, DSM, DTM and contour lines is an excellent option to obtain even more accurate information about the terrain. With LiDAR technology, it is possible to obtain three-dimensional measurements of the terrain and create digital models that allow an even more detailed visualization of the terrain.
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The products generated from the images collected by the drone with LiDAR technology, allow a more accurate analysis of the topography and characteristics of the vegetation, allowing a more efficient and sustainable management of vegetated areas.
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In summary, the use of high-resolution orthophotos combined with LiDAR technology allows an accurate topography of vegetated areas, with the generation of products such as DSM, DTM and contour lines, which allow a more complete and accurate analysis of the terrain and vegetation. This technique is an excellent option for the planning and management of natural areas, confident for the conservation and sustainability of the environment.
DRONE VLF
This innovative system acquire Magnetometric and VLF data in the same flight.
DRONE VLF +MAG
Very Low-Frequency (VLF) systems for airborne / UAV surveys. The VLF survey technique is a passive electromagnetic method that utilizes distant, globally positioned transmitters to induce secondary responses in conductive geologic units.
We use GSM-90AV VLF-EM Airborne System
Airborne VLF-EM system with dual 3-coil sensors. Designed for surveys with manned aircraft.
PHOTOGRAMMETRY
Digital surface model,
detailing the relief
High resolution
georeferenced orthophoto
