Elevate your drone imagery
Increase efficiency by creating and sharing advanced 3D flight plans with your pilots. Overlay 2D and 3D data from ArcGIS Online and ArcGIS Enterprise for enhanced flight safety and data quality. Manage your data in the field and upload it to the cloud.
Unlimited amounts of drone flight data are processed into 2D and 3D outputs through a scalable cloud environment. High accuracy is ensured through automatic ground control point detection. Easily visualise and analyse results directly in a web browser.
Perform drone analytics by measuring distances, surface areas and volumetrics; conducting temporal analysis; generating cut/fill maps; and measuring change over time. Maintain quality control by comparing your drone data to design overlays—including those in your Autodesk cloud environment—or compare it to drone data captured earlier in the project.
Share information with your stakeholders in formats they understand, whether in a 3D view, as a report or as a map within ArcGIS Online or ArcGIS Enterprise; invite read-only users to analyse data in Site Scan Manager for ArcGIS; share content and report issues within Autodesk BIM 360; or export in common file formats.
Fleet management keeps track of flights, drone hardware and pilot flight history—all in one place. Drone program managers can create custom preflight checklists for their teams and store responses in the cloud.
With the press of a button, Site Scan aerial photogrammetry data is available throughout the ArcGIS system, on-premises or in the cloud, to perform and automate advanced analytics such as object detection with ArcGIS Image Analyst. Easily integrate your drone imagery with building information modeling (BIM), lidar data, real-time Internet of Things (IoT) data, and more.
View examples of Site Scan outputs in ArcGIS.
Plan the optimal flight path. For enhanced safety and planning accuracy, import layers and 3D models from previous flights or ArcGIS Online.
Complete your preflight checklist and execute an autonomous drone flight.
After the flight is complete, upload your data for cloud processing and mark ground control points manually or automatically using computer vision.
View 2D and 3D outputs on the web. Make measurements, track changes and perform other analyses. Invite your team to view project data and results.
Export in formats you need, publish to your ArcGIS organisation for advanced analysis such as deep learning workflows or push to Autodesk BIM 360.
DJI Phantom 4 RTK is an affordable, compact, high-precision mapping quadcopter. Paired with the SDK remote controller, it can be piloted using Site Scan Flight for ArcGIS. Site Scan Manager uses the high-accuracy image geolocation and embedded camera calibration parameters to produce more accurate outputs.
This fixed-wing drone is ideal for high-accuracy mapping of large areas and produces amazing outputs when processing in Site Scan Manager. Thanks to its Vertical Takeoff and Landing (VTOL) design, it operates from almost anywhere, even in confined spaces.
Used for high-resolution mapping and inspection, this industrial-grade quadcopter is made in the US. Equipped with real-time kinematic (RTK) tech and carrying a full-frame Sony sensor, this drone produces high-fidelity and high-accuracy 2D and 3D outputs when processing in Site Scan Manager.
Site Scan for ArcGIS is a comprehensive drone software solution that you can use with your ArcGIS Online or ArcGIS Enterprise data.
Import your organisation's saved GIS data and share your data with your ArcGIS Online organisation for further analysis and collaboration.
Import your saved GIS data and share it in your ArcGIS Enterprise portal for analysis and collaboration.
Use ArcGIS QuickCapture together with Site Scan for ArcGIS to capture features remotely using the drone's location.
Automate and speed up workflows with a robust set of image-based machine and deep learning tools, raster functions, and geoprocessing tools.