Visualization 3D textured meshes support modeling, planning, and collaboration on any scale. Analysis 3D point clouds enable analysis of natural and built-up features including volumetric measurements, change detection, lines of sight, and obstructions. View your assets from all angles with Drone2Map and inspect fixed assets that may be difficult to access.
Visualize imagery from multiple points of view. AutoDesk have a vast range of products for creating 3D maps using drones or ground based. Their other 3D mapping products include;.
AutoDesk have an excellent web page on 3D mapping software , which covers photogrammetry and gives real world stories and examples on how their 3D mapping software is used. Agisoft PhotoScan is a standalone software product, which performs photogrammetric processing of digital images and generates 3D spatial data. It is widely used in GIS applications, cultural heritage documentation and visual effects production as well as for indirect measurements of objects of various scales.
The Agisoft PhotoScan professional version has the following features;. Agisoft allow you to have a free 30 day trial and you can compare PhotoScan Standard and Professional versions here. Here is an excellent video, which shows you the full workflow starting with the drone flight, capturing the images using the DJI Ground Station software to processing the images using Agisoft PhotoScan.
Agisoft Metashape is a standalone software product which performs photogrammetric processing of digital images and generates 3D spatial data to be used in GIS applications, cultural heritage documentation, and visual effects production as well as for indirect measurements of objects of various scales.
PrecisionMapper works online to automatically processes aerial data into 2D or 3D products. It features a continuously expanding library of on demand analysis tools, and makes sharing or collaborating very easy.
PrecisionViewer is a desktop software, which allows users to easily view flight path coverage, add ground control points, and attach flight logs and flight bounds to surveys. The SenseFly eBee which is a full 3D mapping solution where you get everything in one full package. Through its clear, concise interface, complex flight missions can be planned with a few taps. GS Pro will then automatically take pictures at pre-set waypoints, providing the accuracy required for precision mapping. A virtual fence feature increases safety and ease of use by locking in the drones height and speed within a designated area.
With these features, GS Pro dramatically increases the efficiency of various industrial applications, including but not limited to, aerial imaging, architecture, precision agriculture, electrical inspections, search and rescue, safety control, and more.
Automatically generates efficient flight paths after the user has set their required flight zone and camera parameters. The image data captured during these flights can be input into 3D reconstruction photogrammetry software mentioned above, to generate 3D maps, while the mission can be saved for reuse.
Simply choose the subject and set a distance between it and the aircraft. GS Pro will then provide relevant parameters including speed and time required to circuit the structure. Images captured can be exported into 3D reconstruction software to create accurate 3D models of the entire building.
Set a waypoint path, define waypoint actions, then start flying with a tap. Up to 99 waypoints are available. Arcadis Design and Consultancy cover engineering, condition survey and documentation, drawing from a diverse range of experience and professional development studies. At the same time, the Arcadis team is developing its building modelling consultancy to include integrated photogrammetry, laser-scanning, Lidar mapping and photography, all of which will assist with project planning throughout the lifecycle of any scheme.
The team will address project requirements by providing an integrated package combining low-cost survey and modelling techniques, such as photogrammetry, photography, topography survey and GIS with intensive detailed modelling such as laser-scanning and reconstruction through Virtual Reality VR to produce the ideal end product.
At an initial level, these processes can help to deliver significant savings thanks to rapid documentation and by removing access constraints for hand surveys, as well as more detailed modelling of existing elements in construction programs. The end results can be seen through web-based viewers, from which technical drawings such as facades, elevations and plan-drawings can be generated. These can be further geo-referenced to within appropriate tolerances for the project aims.
The SenseFly eBee is a fully autonomous and easy to use mapping drone. It is used to capture high resolution aerial photos, then transform these photos into accurate orthomosaics maps and 3D models.
The eBee can cover up to 7 square miles 12 km in a single automated mapping flight, while flights over smaller areas, at lower altitudes, can acquire images with a ground sampling distance of down to 0. The eBee is the easiest to use mapping drone on the market. You just throw it into the air. It then flies, captures images and lands itself. The eBee weighs just grams 1. The eBee package contains all you need to start mapping: RGB camera, batteries, radio modem and eMotion software.
There is also an specific eBee drone for agriculture mapping. The WingtraOne is a vertical take off and landing drone designed specifically for surveying and 3D map building. For the mapping mission it transitions into forward cruise flight and matches the endurance and speed of fixed-wing airplanes. In order to land, the WingtraOne switches back to hover flight and descends vertically.
The WingtraOne increases precision and survey mission success by carrying a 42 megapixel photogrammetric grade camera and an ultra low distortion lens. The WingtraOne covers hectares at 0. This makes WingtraOne missions exception in comparison to other surveying and mapping drones.
The WingtraOne is;. It includes various ways to plan missions, monitor and revise the mission during flight and inspect the data output in the field. All aerial images and geo-location information is stored on a single SD card and can be inspected in the field on the WingtraPilot tablet for early quality checks. WingtraPilot offers the ability to geo-reference images of multiple flights at the end of the day to minimize idle time on site. It is an absolutely superb drone with state of the art mapping technology.
Both of these new Mavic 2 editions are far superior in every aspect over the Mavic Pro. They fly longer, with better stabilization and cameras, which will make the ideal for 3D mapping. It has an excellent camera, flies super stable and has lots of intelligent flight modes.
The Phantom 4 Pro has so many intelligent flight modes that we dedicated 1 article to them. You can read and watch videos on all the Phantom 4 Pro Intelligent flight modes here.
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Emergency Management. Topo Maps. Efficiently perform database maintenance and improve quality control for data and map products. Quickly identify work that is at risk, reassign or reprioritize work, and create new work—all within a simple, easy-to-use web application.
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Connect with Production Mapping and other topographic mapping software users to ask questions and find resources. Consistent workflows Automated generalization Cartographic production Data maintenance Production management. Automated generalization ArcGIS Production Mapping provides out-of-the-box generalization models to automate the creation of maps, charts, and data products at any scale based on the unique characteristics of different data themes.
Cartographic production ArcGIS Production Mapping provides tools to help in the automation of map production and cartographic processes.
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