Agri-drones are no longer pilot projects – they have become a mainstream farm input across India, according to Agnishwar Jayaprakash, founder of Garuda Aerospace.
In an interview with AgTechNews, Jayaprakash explained that the shift happened due to three key factors: labour shortages, government subsidies, and farmers accepting drones as a reliable spraying service.
Which crops are seeing highest adoption
Adoption is highest in paddy, cotton, sugarcane, banana and grapes. These are crops that require regular spraying and where labour availability has become a serious constraint.
Service-model drones dominate the market, allowing small farmers to access precision spraying without owning the hardware themselves. This has been crucial for adoption among marginal and small landholders who cannot afford to purchase drones outright.
Key ROI drivers
Jayaprakash highlighted several return-on-investment benefits that are driving farmer interest:
- 60–70% labour savings – A major advantage in a country where farm labour is increasingly scarce and expensive
- 90% less water – Critical for water-stressed regions
- 20–30% chemical reduction – Drones spray more precisely, reducing input costs
- Timely spraying – Drones can operate when manual spraying is difficult or impossible, protecting yield
The future: Agri-Drone 3.0
Looking ahead, Jayaprakash described what he calls “Agri-Drone 3.0” – the next phase of agricultural drone technology. This will include:
- Autonomous operations requiring minimal human intervention
- Variable-rate spraying that adjusts chemical application based on real-time crop needs
- Swarm missions where multiple drones work together
- Integration with insurance and advisory systems, creating a complete farm management ecosystem
The bigger picture
India has historically lagged in farm mechanization compared to countries like China and the US. But drones represent a leapfrog moment – skipping over expensive, large-scale machinery to offer precision, affordable aerial solutions.
Government subsidies under schemes like the Sub-Mission on Agricultural Mechanization (SMAM) have helped. But the real driver, Jayaprakash suggests, is farmer pragmatism. When a technology saves 70% on labour and 30% on chemicals – and works on small farms – adoption happens naturally.
As Agri-Drone 3.0 rolls out in the coming years, India’s fields may look very different. But for now, drones have already crossed the line from novelty to necessity.
