Brief: In this walkthrough, we highlight the WDDS-3C Geophysical Resistivity Meter and its applications in urban planning and subsurface intelligence. Discover how this compact yet powerful tool aids in 3D subsurface modeling, utility mapping, and environmental assessments for smarter city development.
Related Product Features:
Compact size (270mm×246mm×175mm) for easy portability and field use.
Depth range of 0~1000 meters for comprehensive subsurface analysis.
Max voltage of 1000V ensures accurate resistivity measurements.
Supports 3D modeling for detailed underground spatial analysis.
Enables utility mapping to optimize infrastructure placement.
Facilitates environmental assessments for contamination and groundwater protection.
Provides flood risk analysis through subsurface water movement evaluation.
Seamless integration with urban planning software for data compatibility.
FAQs:
What is the primary application of the WDDS-3C Geophysical Resistivity Meter?
The WDDS-3C is primarily used for urban planning, providing detailed subsurface data for infrastructure design, environmental protection, and flood risk assessment.
How does the WDDS-3C support smart city initiatives?
It delivers comprehensive underground mapping and 3D modeling, enabling informed decision-making for sustainable urban development and infrastructure optimization.
What are the key specifications of the WDDS-3C?
The WDDS-3C features a compact size (270mm×246mm×175mm), a depth range of 0~1000 meters, and a max voltage of 1000V, making it ideal for detailed subsurface analysis.