Precision agriculture with drones transforms aerial data into concrete agronomic decisions. Thanks to multispectral sensors, thermal cameras, and UAV spraying systems, it is possible to monitor crop health, identify water and nutritional stress, and intervene only where necessary — reducing production costs by up to 30% and minimizing the environmental impact of phytosanitary treatments.
Crop Monitoring and Multispectral Maps
We detect the vegetative state of crops in real time. NDVI, NDRE, and vegetation vigor maps allow for the identification of water stress zones, nutritional deficiencies, fungal attacks, and areas of water stagnation before they are visible to the naked eye. Output in GeoTIFF format compatible with QGIS, ArcGIS, and the main precision farming platforms.
Drone Spraying and Phytosanitary Treatments
Our agricultural drones with low-volume spraying systems enable rapid, precise, and uniform treatments on vineyards, orchards, olive groves, and row crops. We easily access sloped terrain, wetlands, or areas difficult to reach with traditional equipment, with savings on pesticides of up to 40% compared to conventional spraying.
Water Stress Detection with Thermography
The infrared thermal camera identifies areas of the field under early water stress, allowing for zone-based irrigation optimization and reduced water consumption. Particularly effective on high-value crops such as vineyards, orchards, and greenhouse vegetables.
Crops and application sectors
Vineyards
NDVI monitoring, spraying, water stress, vine counting
Olive groves
Phytosanitary treatments, vegetative vigor, topographic surveys
Cereals and Rice
Vigor maps, yield variability, variable rate nitrogen application
Orchards
Low-drift spraying, thermography, plant counting
Vegetables
Weekly monitoring, water stress, phenological surveys
Forests and Woodlands
Phytosanitary monitoring, biomass calculation, mapping
FAQ
Do I already need to have a designated agronomist?
No, but we recommend sharing our reports with an agronomist to translate the data into specific crop management actions. Upon request, we can provide contact details for partner agronomists.
What are the optimal weather conditions for multispectral flights?
Clear or slightly hazy skies, with the sun directly overhead during the middle of the day. Avoid winds stronger than 8 m/s and rain in the 24 hours beforehand.
Are spray drones approved for phytosanitary treatments in Italy?
We operate in compliance with current regulations. We hold all necessary ENAC authorizations and use products registered for aerial application.
How often is it advisable to monitor?
It depends on the crop and its phenological stage. Generally every 2–4 weeks during the active growing season; weekly during critical stages such as flowering and fruit set.
Bring your farm into the era of precision
Contact us for a free, no-obligation quote. We’ll assess your needs together and recommend the best solution for you.
