Literally all UAVs (fixed wing and multirotor copter) are supported. IMAGINE UAV expects the recording of images similar to a normal survey flight campaign. Consider to have a stable platform and a reasonable flight height.
IMAGINE UAV provides an Orientation Editor for the creation of templates for the syntax of the different types of orientation information (generic approach) and adopts them easily.
Yes, with the version IMAGINE UAV 1.3.0 the introduction of angles is supported.
Best results are achieved with the use of GPS coordinates based on RTK / GNSS tracking.
Since IMAGINE UAV is focused on an automatic workflow with high accuracy orientation input, the manual measurement of GCPs is not supported. However the usage of markers for automatic GCP measurement is supported!
Yes! Automated processing of UAV data on the cloud is available with the GeoApp.UAS. GeoApp.UAS is a Hexagon Smart M.App that produces orthomosaics, point clouds and surface models in a simple 3-step-process. No software installation is needed. You access GeoApp.UAS via the Hexagon M.App Exchange website.
Yes. All bands of the input data are kept in the created mosaic. LAS point clouds will be written in LAS 1.4 format to support storage of multispectral band information.
Currently IMAGINE UAV cannot be licensed on a hardware key/dongle?
Monitoring the construction site "Langes Feld" with Aibotix' UAV data and GEOSYSTEMS' IMAGINE UAV.
IMAGINE UAV workflow step by step
Training video about marker support in IMAGINE UAV