Inefficiency

Traditional agriculture spraying methods, such as manual or tractor-based spraying, are inefficient and time-consuming

Resource Intensity

Conventional spraying methods require a significant amount of labor, fuel, and water.

Health Risks

The exposure of agricultural workers to harmful chemicals during manual spraying poses serious health risks.

Payload Capacity

Early drone technology had limited payload capacity, which restricted the volume of pesticides or fertilizers that could be carried, reducing operational efficiency.

Battery Life

Older drone models suffered from shorter battery life, limiting flight time and coverage, requiring frequent recharging or battery replacement.

Lack of Data Integration

The older technology often lacked real-time data integration, making it difficult for farmers to monitor and adapt to crop conditions on the fly.

30L Capacity

This high capacity translates into fewer refills, further improving operational efficiency and reducing downtime.

Autonomous Flight

Azansys UAVs offer the advantage of fully autonomous flight. They cover entire fields automatically, eliminating the need for manual intervention.

FBSL Network

We are developing software to cater our FBSL Network that will create smooth transitions between Farmers, buyers, suppliers, logistics and with other related industries.