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GPR Surveys in Basilicata
High-precision georadar technology to map underground utilities, analyze subsurface conditions, and support work on structures and infrastructure.
AWARE PLANNING
MEASURABLE RESULTS
MAXIMUM SAFETY
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We identify underground utilities and subsurface risks to support safe and efficient planning.
High-precision subsurface analysis to detect cavities and anomalies without invasive excavation.
Measurable, traceable data, with georeferenced deliverables usable in GIS, CAD, and BIM environments.
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Basilicata is a region characterized by highly diverse operational settings, including urban areas, industrial zones, linear infrastructure, hilly and mountainous environments, as well as coastal areas that require accurate technical assessment before excavation, construction work, or design activities. In these scenarios, prior knowledge of subsurface conditions is essential for planning operations correctly, safely, and efficiently.
NETF DRONE carries out ground penetrating radar (GPR) surveys in Basilicata to support engineering firms, contractors, utilities, and operators working in the construction, energy, and infrastructure sectors, with services available across the provinces of Potenza and Matera. These surveys provide useful data for the detection of underground utilities, the analysis of structures, and the assessment of subsurface anomalies through high-precision non-invasive methods.
The use of GPR improves the reliability of preliminary assessments, reduces uncertainty during operational phases, and provides a solid technical basis for design, maintenance, and infrastructure management activities.
Offices:
Via Monte Napoleone 8, 20121 Milan (MI)
Via Pasquale De Virgilii 2, 66100 Chieti (CH)
FOR FURTHER INFORMATION
Tel.: +39 388 10 79 439
E-mail: info.it@netf.eu
VAT No.: 10397120964
Comprehensive Subsurface Mapping
We use Ground Penetrating Radar (GPR) to carry out high-precision, non-destructive subsurface surveys, essential for locating underground utilities such as pipes, cables, and conduits, as well as identifying underground cavities and potential unexploded ordnance (UXO).
GPR makes it possible to analyze ground characteristics at depth without invasive excavation, providing a detailed, georeferenced representation that supports the planning of works, construction sites, and infrastructure.
In support of this, we also use a utility locator, a technology based on electronic instruments that detect the electromagnetic signals emitted by buried cables and pipelines. This fast and effective method enables preliminary localization, helping to prevent damage during excavation and improve operational safety.
Within the scope of war risk assessment activities and the detection of unexploded ordnance (UXO), depending on the specific site conditions and the objectives of the investigation, operations may be integrated with magnetometric surveys, carried out either manually or by drone. Magnetometry enables the detection of ferromagnetic masses and magnetic anomalies attributable to buried metallic elements, proving particularly effective in the preliminary localization of objects potentially compatible with explosive remnants of war (ERW).
The integration of GPR and magnetometry enables a more comprehensive and cross-validated assessment of the subsurface, enhancing the reliability of the analysis, supporting the technical interpretation of the data, and reducing uncertainty during anomaly identification.
All collected data can be integrated into GIS, CAD, and BIM environments, providing a solid information base for the design, construction, and maintenance of assets.
Our surveys are applicable across a wide range of contexts, including:
- Wind farms, photovoltaic plants, and BESS
- Road and railway construction sites
- Urban and industrial areas
- Warfare-risk or historical-archaeological sites
- Ports, airports, and industrial facilities
- Civil infrastructures and utility networks
Advanced analysis
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In this video, we showcase the data acquisition and analysis process, essential for accurate planning and targeted interventions.
Thanks to Ground Penetrating Radar and Utility Locators, it's possible to detect cables, pipes, and other underground structures without invasive digging, significantly reducing costs and intervention time.
The integration of data into CAD, GIS, and BIM systems ensures an optimized workflow for every project.
Non-Invasive Survey Benefits
The combined use of GPR, Utility Locators and Magnetometry enables the precise detection of underground utilities, cavities, and unexploded ordnance without invasive digging, offering a range of tangible benefits:
- Safety: reduced risk of damage during excavation, protection of workers and existing infrastructure.
- Efficiency: fast surveys and uninterrupted operations, with drastically reduced time and costs.
- Precision: detailed, georeferenced data for more reliable technical planning.
- Versatility: suitable for all types of terrain and contexts, including complex or critical areas.
- Digital Integration: output fully compatible with CAD, GIS, and BIM systems.
- Sustainability: minimal environmental impact thanks to the absence of exploratory digging.
A modern, safe, and efficient solution for subsurface management, ideal for infrastructures, facilities, and construction sites at any stage of the design cycle.
Ground Penetrating Radar surveys and underground utility detection in Basilicata: professional services available in Potenza and Matera
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