OKM Gepard GPR 3D | Professional Ground Penetrating Radar System
OKM Gepard GPR 3D | Professional Ground Penetrating Radar System
OKM Gepard GPR 3D – Professional Ground Penetrating Radar System
The OKM Gepard GPR 3D is a professional Ground Penetrating Radar (GPR) system engineered in Germany for advanced subsurface investigation and underground structure detection.
Designed for professional surveyors, engineers, archaeologists, construction specialists, utility inspection teams and advanced exploration professionals, the Gepard GPR 3D uses radar technology to investigate underground structures and anomalies without requiring immediate excavation.
The system is suitable for locating and investigating underground pipes, utilities, cavities, tunnels, chambers, foundations and other subsurface structures, making it a powerful solution for professional geophysical and infrastructure-related applications.
Key Features
- Professional Ground Penetrating Radar (GPR) technology
- Advanced subsurface investigation
- Designed for detection of underground structures and anomalies
- Suitable for locating buried pipes and utilities
- Detection and investigation of cavities and voids
- Suitable for tunnel and chamber investigation
- Applications in archaeology and historical-site surveying
- Suitable for construction and civil-engineering investigations
- Digital measurement and visualization workflow
- Professional field-survey platform
- Non-destructive subsurface investigation
- Engineered by OKM in Germany
Professional Applications
The Gepard GPR 3D can be used for a wide range of professional subsurface investigations, including:
- Utility detection
- Underground pipe investigation
- Cable and conduit detection
- Construction-site surveying
- Civil engineering
- Geotechnical investigation
- Archaeological exploration
- Foundation investigation
- Underground cavity detection
- Tunnel and chamber investigation
- Bunker and buried-structure exploration
- Geological investigation
- Infrastructure inspection
- Professional subsurface mapping
Ground Penetrating Radar Technology
Ground Penetrating Radar transmits electromagnetic signals into the ground and analyzes the reflected signals generated by changes in subsurface materials and structures.
These reflections can help operators investigate differences between soil, rock, buried structures, utilities, cavities and other underground anomalies.
Unlike conventional metal detectors, GPR technology is not limited exclusively to metallic targets, making it suitable for a much broader range of professional underground investigations.
3D Subsurface Analysis
Collected survey data can be analyzed and visualized to help operators better understand underground structures and anomalies.
This can provide valuable information before excavation, drilling, construction or more invasive investigation methods are undertaken.
Designed for Professional Field Operations
The Gepard GPR 3D is designed for professional field use where detailed subsurface information is required.
Potential users include:
Civil engineering companies • construction contractors • utility companies • geotechnical specialists • archaeologists • universities • research organizations • professional surveyors • infrastructure inspection companies.
Important Performance Notice
Actual detection capability and achievable depth depend on numerous factors, including:
- Target size and geometry
- Target material
- Soil composition
- Ground moisture
- Electrical conductivity
- Soil mineralization
- Geological conditions
- Antenna configuration
- Survey methodology
- Environmental interference
- Operator experience
Maximum-depth figures should not be interpreted as guaranteed detection depth for every target or environment.
Professional interpretation of GPR data may be required for complex subsurface investigations.
Professional Equipment Notice
The OKM Gepard GPR 3D is specialized professional geophysical equipment.
Operators are responsible for complying with applicable regulations concerning land access, underground utility surveys, archaeological sites, construction projects, excavation and other subsurface investigations.