At the core of every GrowAirforce drone is AgroAI™, our digital agronomist trained on thousands of hectares and hundreds of crops. We apply next-generation drones for the precision treatment of wheat and potato fields — leaf by leaf, meter by meter. Not a drop wasted.
Why Drone Spraying is Ideal for Wheat and Potato Fields
Targeted by Vegetation Phase
Drones analyze crop status and apply fertilizers and plant protection products with optimal dosage for current growth and stress.
Minimal Losses
Spraying occurs under optimal weather conditions, with precise altitude control — crucial for low-growing crops like potatoes.
Up to −40% Reduction in Chemical Use
Thanks to uniform coverage, no overlaps, and no repeated passes.
No Tracks or Compaction
No wheels — no ruts. Drone spraying for wheat and potatoes leaves the soil untouched.
Speed and Precision
1 hectare treated in 7–10 minutes, including mapping and scanning.
Safety and Hygiene
Essential for potato fields grown for processing and export — less chemical residue and no human contact with chemicals.
GrowAirforce drones are tools of high precision, ecological treatment, and soil preservation.
Who Benefits from Drone Spraying in Wheat and Potato Fields?
Grain Producers and Wheat Farmers
Producers of food-grade and forage wheat Contracted growers and breeders focused on grain quality
Industrial and Seed Potato Growers
Producers of potatoes for chips, starch, and baby food Seed growers aiming to prevent late blight and leaf damage
Farmer Cooperatives and SPKs
Small and medium farms ordering collective treatments Groups lacking their own spraying equipment
Processors and Exporters
Companies producing flour, starch, and potato products Farms certified for BIO/EU/GlobalGAP standards
Agritech Service Providers and Consultants
Crop advisors seeking effective drone spraying for wheat and potatoes Providers of precision farming and remote monitoring services
Demo Farms and Research Fields
AgTech startups and test stations Agricultural institutes and universities
ESG & AgriTech Projects
Initiatives focused on reducing chemical impact Green transition and field digitization platforms
Drone Usage in Wheat and Potato Fields
Precision Agriculture without Tractors. Just Analytics and Air.
Drone Workflows Throughout the Season
Growth Stage;Wheat;Potato
Pre-seeding;Photogrammetry, surface leveling, stress mapping;Same, plus micro-relief scanning for drip/spot spraying
Emergence;NDVI-based analysis of emergence uniformity;Ridge-specific density and health analysis
Tillering / Canopy;Foliar nutrients and fungicide spraying;Early late blight prevention, pest control
Heading / Flowering;Targeted nutrition, minimal chemical input;Leaf protection and nutrient balancing
Ripening / Harvest;Maturity mapping and harvest logistics;Heat-mapping for harvest timing
Leaf spraying;No trampling, even coverage, minimal chemical input
NDVI and RGB diagnostics;Rapid detection of stress, fungi, nutrient issues
3D field mapping;Supports irrigation, logistics, and agro-navigation
Phytosanitary control;Early detection of yellowing or phytophthora
AgriTech platform sync;Cloud data sync, agro-CRM integration, satellite map overlays
Reduction in chemical input;−30–40%;−40–50%
Soil compaction;−100% (no wheels);−100%
Yield increase;+10–15%;+10–20%
Spraying speed improvement;2–3x faster;2–3x faster
Application accuracy;±20 cm GPS;±10–15 cm on ridges