Design and construction
In our laboratory we use the latest trends in the field of drone design and production. All devices are created using CAD. We use carbon fiber as a building material. Our drones are always created exactly for their working purpose, but we also create modular designs for multiple applications on one drone. We use vacuum forming and lamination into negative molds. We often use additive technologies and rapid prototyping. This significantly saves time.
APLICATIONS
Landcover scanning for the purpose of agriculture and crop production
Cameras
- S.O.D.A. (Sensor Optimized for Drone Application) - a 20 Mpx RGB sensor with 28 mm focal lens
- Parrot Sequoia+ - MS camera - comprised of four narrowband (green, red, red edge, nir) sensors
- MicaSense RedEdge MX – MS camera – comprised of five narrowband (blue, green, red, red edge, nir) sensors
- Thermal camera – Duet T, MicaSense Altum
Flight planning
- SW eMotion – planning the overlaps of the images, height of the flight, area vs. line flights
Pre-processing of the images
- Incerasing the position accuracy, correction of the images.
Photogrammetric processing
- SW Pix4D, Agisoft Metashape – orthophotomosaics deriving, 3D Maps, Digital Surface Model (DSM), Digital Terrain Model (DTM) deriving
Processing – geoinformatics
Geoinformaticstools – QGIS and ArcGIS Pro SW, spatial and 3D analysis, rasters (orthophoto, optical and radar satelliteimages) and vectors, LiDAR data (xyzformats) – use foragrotechnicnical interventions or use of data infrastructure for state administration - Spectral /vegetation index deriving for crop health, vigor and structure estimation of the green vegetation