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OpenDroneMap is an open source photogrammetry toolkit to process aerial imagery (usually from a drone) into maps and 3D models. [3] [4] [5] The software is hosted and distributed freely on GitHub. [6] OpenDroneMap has been integrated within American Red Cross's in-field Portable OpenStreetMap system. [7]
Some of the free software mentioned here does not have detailed maps (or maps at all) or the ability to follow streets or type in street names (no geocoding). However, in many cases, it is also that which makes the program free (and sometimes open source [ 1 ] ), avoid the need of an Internet connection, [ 2 ] [ 3 ] [ 4 ] and make it very ...
The free software approach to ArduPilot code development is similar to that of the Linux Operating system and the GNU Project, and the PX4/Pixhawk and Paparazzi Project, where low cost and availability enabled hobbyists to build autonomous small remotely piloted aircraft, such as micro air vehicles and miniature UAVs. The drone industry ...
FalconView is a mapping system created by the Georgia Tech Research Institute. It was initially developed for the Windows family of operating systems; however, versions for Linux and mobile operating systems are under development. [1] It displays various types of maps and geographically referenced overlays. [2]
Agisoft Metashape (previously known as Agisoft PhotoScan [1]) is a tool for a photogrammetry pipeline. The software is available in Standard and Pro versions, the standard version is sufficient for interactive media tasks, while the Pro version is designed for authoring GIS content.
The software is for users of DJI drones or the PrecisionHawk Lancaster and ensures quality data tags for accurate mapping and analysis. [14] PrecisionViewer is a software application to review flight coverage on-site and add Ground Control Points. This software is compatible with all drones.
LuciadLightspeed consists of over 100 different software components and connectors to fuse, visualize and analyze geospatial data. This can include static and moving data, maps, satellite imagery, crowd-sourced data, full motion video, weather data and terrain elevation in many different geodetic references and map projections.
Flight navigation software to guide the pilot in flying the desired survey pattern. GNSS, combining GPS and an inertial measurement unit (IMU) to provide accurate position and orientation data. Gyro-stabilized mounts to counteract the effects of aircraft roll, pitch, and yaw. Data storage units to securely save the recorded data.