Case Studies

Visually and quantitively verify contractors reports for overburden removal. Once approved the overall quarry surface can be updated reflecting the new changes.

Create customized data ranges to determine the distance of change and visualize the variance. This can be useful for overburden, reclamation, shotcrete depths, or tracking movement of material.

Material storage enclosure scanned and processed, every material shed or barn presents a unique survey challenge. Custom structural surfaces can be modeled in these areas allowing consistent, repeatable measurements with each measurement.

Point clouds from LiDAR and rendered surfaces used for volume calculation. If the site has tunnels and feeders these can be modeled to provide more exact volume measurements as the stockpiles change over time.

An overlay of the point clouds captured from a LiDAR UAV / Drone is made into strips and overlaid on the final rendered surface. Being able to determine ground surface from the tops of trees and vegetation is critical for volume calculations.

Stockpile inventory example in a dome. Data is captured in minutes and can give visual insights and measurements of the current dome or silo stockpile.

Using static and dynamic LiDAR systems we are able to map, measure, and track room and pillar progress. LiDAR and processing data allows for enhanced visualization of areas of interest and more precise volumetrics.

A stockpile yard at a port scanned and processed, the rendered surfaces ready for volumetric modeling. Point cloud data can be created from UAV / Drone and combined with LiDAR data.

Shaft scanning has been used for rehab, repairs, change detection, and historical mapping. The ability to mount our dynamic LiDAR system to a cage and map shafts effectively, safely, and quickly means lower amounts of downtime in hoist operations.