Agricultural Drone Use Soars to 16.4 Million Acres
The use of drones for crop spraying in the United States grew by 59 percent in 2025 as adoption continues to accelerate.
Updated on Oct. 16, 2026 in Agriculture
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Drone-treated agricultural land in the United States reached 16.4 million acres in 2025, marking a 59 percent increase from the previous year. This rapid growth follows steady gains from just 3.7 million acres treated in 2023.
Why it matters
Drone applications allow farmers to treat crops in areas where heavy machinery cannot operate, such as wet or uneven terrain. This technology also reduces soil compaction and crop damage while minimizing human exposure to chemicals.
There were 5,500 registered agricultural spraying drones in the U.S. in 2025, with 2,588 operators holding Part 137 certification. Costs for row crop services range from $12 to $18 per acre compared to $6 to $12 for ground spraying.
The players
Federal Aviation Administration
This federal agency is responsible for issuing Part 137 agricultural aircraft certifications required for commercial drone spraying operations.
The details
Growers utilize these aerial systems to bypass limitations inherent in conventional ground equipment. To conduct these applications, commercial operators are legally required to maintain Part 137 agricultural aircraft certification and adhere to strict regulatory licensing.
Timeline
1987: Commercial drone use for agricultural purposes began.
2010: U.S. authorization for drone-based pesticide applications began.
2023: Farmers treated 3.7 million acres of land using drones.
2025: Total U.S. drone-treated land reached 16.4 million acres.
Market Landscape
The widespread adoption of drone technology highlights a shift in how modern farming operations integrate automation to overcome traditional mechanical limitations. This positions aerial services as a growing competitive alternative to legacy ground-based spraying and airplane applications.
Farmers can expect varying service costs, with row crops costing between $12 and $18 per acre and specialty crops costing up to $35 per acre. While these rates are higher than conventional ground spraying, growers may save on long-term costs by avoiding soil damage and labor intensive manual applications.
The takeaway
Drone technology offers a viable solution for managing difficult terrain where conventional equipment might fail or cause damage. Farmers considering this shift should weigh the higher service costs against the potential gains in crop health and reduced soil compaction.
Further reading
Learn more about modern farming techniques in our Agriculture section.
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