Drone-Based Corn and Sunflower Field Treatment — Fast, Precise, and Soil-Friendly

AgroAI™ — Intelligence Grown in the Fields

At the core of every GrowAirforce drone operates AgroAI™ — a digital agronomist trained on data from thousands of hectares and hundreds of crops.
We use next-generation drones for precise fertilization of corn and sunflower fields — meter by meter, leaf by leaf. Not a drop wasted.

Benefits of Drone-Based Corn and Sunflower Field Treatment

Smart targeting

Each drone scans the field using multispectral and thermal sensors, then treats only the zones that need nutrients.
High-altitude operation

Even with corn up to 2.5–3 meters tall, drones maintain stable flight and deliver even coverage without gaps or overdosing
Up to 30% savings

Drones spray only where needed, with precise dosage — saving up to 30% compared to ground equipment
No wheels — no compaction

No track marks or soil damage. Drones preserve row spacing and root zones
Speed and safety

1 hectare in just 6–10 minutes — no human exposure, even in hot or hilly terrain
Clean technology

We use certified fertilizers in minimal effective doses to reduce chemical load on soil and water

Who Benefits Most from Drone Spraying on Corn and Sunflower Fields

Medium and Large Agricultural Enterprises

Producers of food-grade and forage wheat
Contracted growers and breeders focused on grain quality
Farmers and Cooperatives

Smallholders who don’t own spraying equipment
Collectives looking for efficient shared services
Agro-Service Companies

Providers of spraying and diagnostics
Contractors adding drones to their service portfolio (white-label)
AgTech Startups and Investment Funds

Developers of smart sensors, AI, IoT, and field digitization
Participants in EU Green Deal, U-Space, Precision Ag
Demo Farms and Agro-Schools

Education centers showcasing modern technologies
Pilot sites for grants and innovation programs
Environmentally Conscious Producers

BIO and organic-certified farms
Participants in soil and water protection programs

Corn and Drones: Growth Stages and Tasks

Drone Capabilities for Wheat and Potato Treatment

Technology Used:

NDVI / NDRE cameras

DJI Agras / XAG drones

3D mapping for hilly terrain

Lidar/barometric flight control

Sunflower and Drones: Growth Stages and Tasks

Technology Used:

Multispectral imaging for stress detection

Spraying of biopreparations and fungicides

Density mapping for later yield analysis

Field-Tested Efficiency of Drone Spraying

Important Considerations

Plant height

Drones must fly 2–3 m above crops — barometric or Lidar sensors required

Spraying windows

Morning or sub-28°C conditions are best

Farmer dashboard

Mobile app shows coverage, dosage, and follow-up needs

Why Drone-Based Corn and Sunflower Field Treatment Pays Off

Up to 30% savings on fertilizers

Up to 20% yield improvement

Up to 70% labor reduction

Environmentally friendly and scalable