Discover Subsurface Structures With Precision Ground Gravity Surveys

Daishsat’s gravity surveys help uncover mineral deposits, fault zones, and geological structures that are often difficult to detect using surface mapping or aerial imagery alone. Our high-resolution ground gravity survey penetrates deeper than many other geophysical methods, enabling exploration teams to define targets with greater accuracy. 

This results in reduced drilling costs, improved success rates, and a more targeted exploration strategy. When integrated with magnetic radiometric surveys or passive seismic surveys, our gravity data enhances overall resource modelling and prospect evaluation.

We support oil and gas projects with gravity surveys designed to map sedimentary basins and detect key subsurface features such as structural highs, faults, and basin edges. These elements are crucial for understanding hydrocarbon systems and informing exploration strategies.

Our gravity data provides broad-scale insight into basin architecture, especially useful in early-stage assessments and frontier areas. Daishsat’s gravity database surpasses the Australian National Gravity Database, avoiding redundant data collection and allowing for more efficient survey planning and integration with existing geological datasets.

Daishsat’s gravity surveys provide essential subsurface information for construction and infrastructure development. We detect features such as voids, buried faults, and density variations that may impact ground stability and structural integrity.

This data helps engineers and planners assess land suitability, reduce risk, and make informed design decisions. Gravity surveying also provides a non-invasive method for quickly evaluating large areas. Our gravity database surpasses the Australian National Gravity Database, avoiding redundant data collection and streamlining the planning process.

We apply ground gravity surveying to a range of environmental applications, including groundwater system mapping, aquifer boundary delineation, and subsurface assessment for water flow or storage. These insights support sustainable water management, rehabilitation planning, and environmental monitoring.

Gravity methods are particularly suited to sensitive or remote areas due to their low-impact nature. Our data can also assist in identifying areas of subsidence or historical landfill activity. Since our gravity database exceeds the Australian National Gravity Database, we can provide you with a reliable foundation for efficient, informed assessments.