As part of our services for geophysics and exploration, we use drones and geophysical technologies for the exploration and estimation of resources, identification of geological structures and soil studies. these services optimize resources and costs, automate and improve processes for planning and development of mining projects, exploration plans, geology management, geophysical investigation, drilling, mineral resource estimation, evaluation of geological and exploration projects, geological data collection, geothermal prospecting, establishment of lithological boundaries, topography, rock bed configuration, well and aquifer location.
All our services are insured and all our operators are licenced drone pilots.
Subsidence study of the Historic Center of Queretaro based on urban microgravimetry, for planning purposes and the conservation of the historic architectural heritage.
Learn about the most commonly used magnetometers for geophysical exploration, their characteristics and the principles under which they work.
Geophysics and exploration| Industrial Solutions
Drone magnetometry, compared to other methods, is much cheaper, versatile and efficient. With aerial magnetometry, subsurface exploration can be done to locate mineral veins and other identifiable structures through magnetic anomaly maps.
Magnetometric measurement and inspection yields data for planning and exploration. Its applications include oil characterization, mineral resource exploitation, search of magnetic artifacts, characterization of aquifers, among others.
Geophysics and exploration| Industrial Solutions| Precision agriculture
Aerial inspection with drones adds value and intelligence for different sectors of the industry, it is a review to prevent, detect or correct some kind of problem. By using a drone, qualitative and quantitative information can be collected from an asset or a location of difficult access, making the inspection safe and efficient.
Geophysics and exploration| Industrial Solutions
Aerial photogrammetry with drones allows the generation of 2D images, 3D surfaces, and three-dimensional digital models. Photogrammetry has applications in mining, geotechnics, geology, geophysics, civil works, archaeology, among others.