Create Orthomosaics and Digital Surface Models (DSMs) through our intuitive workflow that takes out the complexity of the photogrammetry process.
Apply traditional surveying techniques in a virtual environment built from drone data, allowing you to achieve faster and highly detailed results.
Introducing the ability to copy, move, rotate, and edit drawn items to drastically improve the speed and efficiency of your planimetric surveying.
Explore a workflow on how to produce CAD compatible contour lines from lidar returns that go through the vegation canopies.
Learn how to map curb and gutter. Start from the back of the curb and create offset lines with the help of your drone data and field observations.
This workflow video explains in 6 steps how you create a road survey with section lines building on your drone data.
Lean how you can model a bridge by creating two different surfaces.
Learn how to effectively work with cut/fill maps when you are doing an earthworks project.
Sand pits are often wet and certainly dynamic environments. Frequent monitoring is a must, and drone surveying is the right tool for that job!
Learn how you can efficiently create a TIN that captures accurately topographic features while minimizing the amount of triangle you need.
Learn how you can speed up your survey work.Start by drawing a first line segment and let Virtual Surveyor complete the breakline for you.
Learn how you can increase the production times of your topographic surveys with Q-Points.
Lots of dirt is moved around on construction sites. In this video we will deep-dive in the cut-and-fill analysis for the Dawsonville project.
Learn how we estimate the quantity of dirt that needs to be removed from a stormwater retention pond.
Learn how to track progress for your construction site with multiple drone surveys.
In this video I’m going to show you how you can use the Virtual Surveyor software for stockpile inventory with drone data. I will show you how to set materials and calculate volumes, tonnages and values for your stockpiles.