Targeted High Resolution, High Accuracy Topobathymetric LiDAR
Monitoring change just below the surface with UAS topobathy LiDAR
Under the right conditions, topobathymetric LiDAR can be one of the most powerful tools for analyzing and monitoring hydrography and topographic surfaces. Innovations in unmanned aerial vehicle technology allowing for longer flight times with heavier payloads have recently opened the doors for smaller scale, targeted topobathymetric LiDAR surveys to be conducted.
Whiteout Solutions is one of the only geospatial technology companies offering UAS based topobathy LiDAR services. Our long haul UAS platform mounted with a Riegl VQ-840-GL is capable of mapping up to 15M below the water surface and 2.5x below secchi depth. With flight time up-to 40 minutes, we’re able to collect over 1,000 acres of point cloud data per day with 200 points per square meter and up to 2cm of vertical accuracy.
Here are a few ways Topobathy LiDAR could help:
- Identify areas experiencing coastal erosion and assess the extent of the damage
- Measure the effectiveness of sediment restoration efforts and identify areas that need
- Design and plan engineering projects with highly accurate data, reducing the risk of
errors and delays
- Monitor changes in the environment over time, allowing for proactive management of
coastal erosion and sediment restoration efforts
Utilizing our extensive knowledge of aerial surveying, Whiteout Solutions can deliver valuable insights into both the terrestrial and aquatic environments. Whiteout Solutions has worked closely with public, non-profit and private organizations to bring complex and expansive projects to fruition, we are always a ready and willing partner.
Topobathy LiDAR Use Cases:
- Coastline Engineering and Restoration Mapping
- Floodplain Mapping
- River Corridor Mapping
- Dam & Reservoir Surveys
- Port & Harbor Management
- Surveying for Hydraulic Engineering
- Bridge and Aquatic Infrastructure Surveys
- Dredging and Excavation
What you can see with Topobathy LiDAR:
- Meanders, Bars, and Other Fluvial Features
- Scouring, Erosion & Channel Geomorphology
- Sediment Impoundment & Transport
- Sub Aquatic Vegetation
- Underwater infrastructure, including pipelines, bridge piers, drainage culverts and more.
- Water Surface and Wave Structure ands Patterns
- Other submerged objects