We provide a vast suite of services that will simplify and clarify the way your project is planned, tracked, and managed. Utilizing state of the art sensors, real time kinematics, cameras, LiDAR, GNSS, and data processing, we can produce accurate models, images, analytics, reports, and more.
Traditional volumetrics requires a survey team, has inherent inaccuracies, relies on estimates, and necessitates a time-consuming analysis.
Drone surveys produce accurate volumetrics at a fraction of the cost and time required by traditional methods.
Accurately estimate the amount of material that needs to be removed (or added) from a project site, measure stockpiles, create cut/fill maps, and confirm quantities.
Transform captured photogrammetry and survey meta data into models in your needed format or into interactive 3D models. Files can be exported for use in CAD or machine control software. Example file types include: 3D TIN Models, DXF, JPEG, GeoTIFF, LAZ, LAS
Where a traditional topographical survey may have 100-200 data points per acre, this technology is able to accurately capture thousands.
This data can be used to produce survey-grade maps, contours, topographical data, orthomosaics, and more, which can be used for land planning, appraisals, construction, project management and tracking, marketing, feasibility studies, etc.
Capture and maintain visual, measurable, and accurate digital records of your total site over the life of a project.
Readily produce reports based on true site data, understand how many yards of dirt you still have to bring in, when that stockpile was removed and what the volume was, and eliminate relying on memory as to when and what condition the site was in.
Of the many outputs produced from the data captured, being able to accurately asses the current condition of a project and perform visual and quantifiable inspections quickly, repeatedly, and with precision is a true value-adder.
By incorporating the design documents into the geospatial data stream, the current and historical conditions can be compared to the plans. Volumes, locations, grades, elevations, slope, etc. can all be referenced and quantified against the controlling documents. Additionally, progress and remaining work can be tracked and quantified for any day there is survey data.
