SERVICES
Bathymetric LiDAR Scanning
Bathymetric LiDAR
Wilson & Associates has long specialized in bathymetric and hydrographic scanning—mapping everything from small ponds and wetlands to major lakes and transportation waterways. These surveys support the design and construction of structures in, around, or beneath bodies of water.
To expand our capabilities, we’ve recently added a third survey vessel to our fleet, enabling greater flexibility and responsiveness across diverse project types. Depending on project needs, we deploy either multibeam or single-beam sonar systems to capture precise underwater topography.
Our integration of LiDAR technology and in-house data processing ensures high-accuracy results for marine, heavy civil, and residential construction applications. Whether it’s a bridge pier, dam, or detention pond, our bathymetric services deliver reliable, detailed insight below the surface.
Field teams utilize cutting-edge scanning systems with live data preview capabilities, allowing us to verify coverage and completeness in real time. This proactive approach minimizes rework, reduces costs, and ensures that every dataset meets project specifications before leaving the site.
When accuracy beneath the surface matters, Wilson & Associates delivers clarity you can build on.
Bathymetric LiDAR Scanning Process
- Use airborne LiDAR systems with water-penetrating lasers
- Capture elevation data across land-water transition zones
- Process bathymetric and topographic data into seamless models
- Adjust for water clarity, depth, and environmental conditions
- Integrate data with GIS and hydrographic tools
- Deliver accurate terrain models for planning and analysis
How Bathymetric LiDAR Scanning Supports Your Project
- Maps underwater topography without the need for boats
- Enhances planning for bridges, dams, and shoreline structures
- Supports flood modeling and erosion studies
- Provides data for environmental impact analysis
- Reduces survey time in hard-to-access areas
- Combines land and water data into a unified model