Thomas Jefferson’s home, Monticello, was a working, 5,000-acre plantation that was home to Jefferson and hundreds of other people. In 2022, the Monticello archaeology team contracted our team to acquire 30 points per square meter (ppm) lidar of the original 5,000-acre to identify unseen traces of past agricultural land use.
A modular building company purchased a massive manufacturing plant, which needed to be reconfigured to suit their needs. Our 3D laser scanning, drone intelligence and modeling teams worked with the client, its vendors and consultants to produce a wide array of documents to let them know exactly what they were working with.
Years after its initial construction and after numerous additions, this event and conference space on Texas Woman’s University (TWU) was set to undergo a more complete renovation. Closing the space during the remodel would mean lost revenue to the university. To ensure the remodel would go smoothly for a timely reopening, they brought in our 3D laser scanning team to assess the current state of the structure.
The Bronx Museum of the Arts is an internationally recognized American cultural institution that has played a vital role in its surrounding community since its founding in 1971. Located in the Bronx, one of five boroughs in New York City with a culture unique to itself, the institution continually strives towards its mission of making art accessible to all.
This iconic resort in the Hawaiian Islands was long overdue for a renovation and there was only one way to start such a project. An extensive 3D scan and existing conditions Revit model was provided by our team.
This Palm Beach condominium was high end on a large scale. Ahead of a total renovation, our team took 3D laser scans to produce a floor plan and elevations with exacting detail and uncompromising accuracy as is their standard of product.
Our laser scanning team was deployed to the project site to begin the meticulous work of measuring the gutted building, inside and out, with accuracy within”. The crew was working while the building was in the middle of demolition, and the project involved four phases of scanning to work around the other contractors.
Our team performed all imagery acquisition and processing as well as most of the LiDAR acquisition (approximately 3,100 square miles) for this project. In order to enable capture of peak flood conditions, typical orthoimagery acquisition specifications for no clouds or haze, etc. were not required for this project.
One of the most efficient ways to assess damage across large expanses is to acquire aerial imagery from manned, fixed-wing aircraft. About a week and a half after Hurricane Fiona hit, the U.S. Department of Agriculture (USDA) sent a task order for imagery over the entire island to our team, and we proceeded to design and execute the imagery acquisition efforts.
In 2022, the US Geological Survey (USGS) required lidar data and derivative products over a 1,500-square-mile area in central Minnesota. Through its Geospatial Products and Services Contract (GPSC4) our team was awarded a task order to provide QL1 lidar and hydro-flattening breaklines over this area, and the challenge was clear.