Projects
Vermont Drone LiDAR recently completed an engineering-grade drone LiDAR and bathymetric survey of the Milltown, Woodland, and Grand Falls Dams on the St. Croix River.
Coastal Resilience Planning is critical as we face more severe weather. We conducted drone LiDAR-derived terrain modeling for Sand Dune Restoration paired with a real-time orthomosaic.
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This mountain top power generation reservoir is a modern marvel of engineering battery storage. At night they charge it up by pumping water up from the Connecticut River and during the day they discharge the water through enormous turbines to generate electricity during peak demand.
The integration of drone-based Light Detection and Ranging (LiDAR) technology has revolutionized archaeology, transforming how researchers uncover and interpret ancient civilizations.
Solar energy systems, from expansive solar farms to residential rooftop installations, represent a significant investment. Ensuring optimal performance and longevity of these systems requires regular monitoring and inspections.
Precision snow management has arrived and Vermont LiDAR's teams play a key role in supporting the operational foundation
The Pixelle Androscoggin Mill in Jay, Maine, was once a thriving symbol of Maine's rich papermaking tradition. Originally established by International Paper in 1965, it became one of Maine’s largest mills, supporting the local economy and employing hundreds of skilled workers.
Our role in this project was to perform highly detailed terrestrial LiDAR scanning of the mill’s buildings and equipment using a Leica RTC360 laser scanner, then process the data using Leica’s Cyclone REGISTER 360 software.
Coastal resilience planning is becoming more essential as extreme weather intensifies. We performed drone LiDAR-based terrain modeling to evaluate shoreline erosion and causeway damage.
