This scan of a 500m x 500m open pit mine was captured in just 9 minutes by Emesent Hovermap mounted to a drone. Being able to see the shells of the pit in reality, rather than just from design, helps life-of-mine planning departments when comparing the plan to as-built. The scan was colorized using the…
Join Emesent partner Gestao Engenharia as they explore the methodology behind monitoring convergence of the access gallery at a gold mine.
Download the dataset produced during Emesent’s Backpack RTK accuracy test. Conducted along a 950m stretch of road in Brisbane, Australia, and verified by Orion Spatial Solutions.
Download the dataset produced during Emesent’s Vehicle RTK accuracy test. Conducted along a 2km stretch of road in Brisbane, Australia, and verified by Orion Spatial Solutions.
Join Emesent Co-founder and Chief Strategy Officer Dr Stefan Hrabar, as he does a deep dive into what makes Emesent Hovermap so accurate compared to other SLAM-based scanners.
See best practice in action as Emesent’s Henry Henderson-Genefaas walks through the capture and processing of real-world data using automated ground control points. With clear step-by-step instructions and some troubleshooting tips, this video answers some of our most frequently asked GCP questions.
Emesent, developer of autonomous SLAM-based mobile surveying solution Hovermap, has expanded its board, inviting mining industry executive Christofer Catania to join.
In this report, we present the results of an evaluation coordinated by the U.S. Institute of Building Documentation (USIBD) at the GeoWeek 2024 Expo, comparing Emesent’s Hovermap ST-X with other leading LiDAR scanners.
How RTK solves the problem of SLAM ‘drift’ when mapping large open areas such as topographic road surveys.
This scan of Saint John’s Anglican Cathedral in Brisbane, Australia, shows the high level of detail you can capture using Hovermap ST-X. Emesent’s mapping and colorization quality ensured that the scan could be used for future planning and restorations of the cathedral.
