Iran has introduced a new smart-farming drone designed to scan crop fields, identify affected areas, and spray only where treatment is needed. The technology uses onboard sensors and imaging systems to map plant health in real time, allowing farmers to reduce chemical use and target problems with far greater accuracy.
The drone conducts real-time imaging of plant health, identifying stress zones and targeting them with pinpoint spraying. Early trials suggest the technology can reduce pesticide use by more than 50 percent, while improving overall field efficiency and lowering production costs for farmers.
When technology learns to spray only what is needed, farming stops guessing and starts thinking. Precision tools like this drone show how the future grows smarter, cleaner, and far more efficient than the past ever imagined.
Officials involved in the project say the system is aimed at tackling two long-standing challenges: rising input prices and the environmental impact of chemical overuse. By adopting a selective approach rather than blanket spraying, the drone helps prevent waste, limits chemical runoff, and delivers healthier crop outcomes.
The development aligns with the global trend toward smarter, data-driven farming tools that allow countries to improve yields without expanding farmland. As more nations invest in precision agriculture, Iran’s new system adds another example of how technology is reshaping modern food production
For regions like Africa that face similar pressures on cost, sustainability, and productivity, innovations of this kind signal where global agriculture is heading next
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