Agricultural drone services for row crops in Oregon. Typical rate: $12 to $22/acre
In Oregon, drone spraying for row crops sits within the broader state custom-rate band of $16 to $30/acre, with the most comparable per-acre range for row crops applications running $12 to $22/acre. Oregon sits in the Great Plains region, which shapes the disease, drift and timing pressures local operators plan around. Commercial drone applications in Oregon require Aerial Pesticide Applicator (APA) license, a separate standalone add-on. from Oregon Department of Agriculture (ODA) on top of FAA Part 137 certification.
Row crops in US agriculture covers corn (over 90 million acres), soybeans (87 million), wheat (45 million), cotton (10 million), sorghum (6 to 8 million) and rice (2.5 million), plus smaller-acreage entries like dry beans, peanuts and sunflowers. Together these account for roughly 240 million planted acres each year per USDA NASS, and they are the single largest customer for commercial agricultural drone spraying in the United States. Row-crop spraying is dominated by foliar fungicide and insecticide programs in the canopy-tall middle of the season, plus burndown and pre-emerge herbicide work at the edges. Drone economics work because row-crop fields are large and flat enough to support 200 to 600 acres-per-day throughput on a single DJI Agras T50 or Hylio AG-272 class machine, and tall canopies (corn at VT/R1, soybeans at R2/R3) make ground equipment costly or impossible. Operators serving row crops should hold FAA Part 107 plus FAA Part 137, the state commercial pesticide applicator license with aerial endorsement and a chemical drift insurance rider. The four major drone-treated row crops have their own profile pages, corn, soybeans, wheat and cotton, with crop-specific timing, pests and rate ranges. Operators listing "row-crops" generally service multiple of these crops within a region.
Green months = optimal application window
Oregon requires Aerial Pesticide Applicator (APA) license, a separate standalone add-on. for aerial pesticide application. The licensing authority is Oregon Department of Agriculture (ODA).
Full agency, exam and renewal-cycle details: Oregon state page · 50-state licensing reference · state extension service.
Williams Drone Application is an Albany, Oregon drone applicator working across the Willamette Valley. The operator flies a DJI Agras T40 for spraying, dry spreading and cover crop seeding, covering row crops, orchards, vineyards, alfalfa and pasture alongside corn, wheat and potato acreage. Quoted rates average $16 per acre.
Yakima, WA · Parabug biocontrol release + spray + Firman pollen testing
Austin Drone Solutions opened in 2025 and has covered over 2,500 acres across Washington, Oregon and Idaho. Their partnership with Parabug allows them to release beneficial insects via a patent-pending drone release system, implemented on their DJI Agras T25, making them one of the rare ag drone operators in the Pacific Northwest offering biocontrol services. They also provide spraying and spreading services on almost all crops and pasture ground using a DJI Agras T50, and are currently testing pollen applications at 10 GPA with Firman Pollen. Their trailer mixes up to 175 gallons per batch and carries 550 gallons of fresh water.
All team members are FAA licensed pilots and licensed applicators in Idaho. Also works with government conservation and wildlife agencies.
Harrisburg-based professional service covering all of Oregon; up to 40 ac/hr spraying, 50 ac/hr spreading from fully autonomous RTK-capable drones
Drone spraying rates for row crops in Oregon typically run $12 to $22/acre for application only; the farmer supplies the chemical product. State-level custom-rate guidance for Oregon averages $16 to $30/acre. Pricing varies based on total acreage, distance from the operator base and product type.
Optimal drone application timing for row crops runs May, Jun, Jul, Aug, Sep, Oct. Exact timing depends on weather, growth stage and pest or disease pressure each season; contact a local operator in Oregon for scheduling at least 4 to 6 weeks ahead of the peak window.
Commercial drone pesticide application in Oregon requires three credentials: an FAA Part 107 Remote Pilot Certificate for the pilot, an FAA Part 137 Agricultural Aircraft Operator Certificate for the business, and Aerial Pesticide Applicator (APA) license, a separate standalone add-on. from Oregon Department of Agriculture (ODA). Confirm any operator you hire holds all three before any application.
Drone spraying on row crops offers zero soil compaction, the ability to operate when fields are too wet for tractors, GPS-guided uniform coverage at 95%+ accuracy and the ability to treat small or irregularly shaped fields. Peer-reviewed studies (Nature Scientific Reports 2025, ScienceDirect 2025, ACS 2023) report 46 to 75% pesticide use reduction, 65 to 70% drift reduction at field boundaries and 90 to 99% lower operator chemical exposure versus ground equipment.
In US ag, "row crops" means field crops planted in distinct rows on large acreage, corn, soybeans, wheat, cotton, sorghum, rice, dry beans and peanuts are the main entries. Specialty crops, vegetables, orchards, vineyards and pasture are usually grouped separately because their drone application patterns and rates differ.
Corn. Corn fungicide at the VT/R1 tassel stage is the single largest use case for agricultural drones in America, covering over 90 million acres annually. Soybean fungicide at R2/R3 is a close second.
National averages run $12 to $18 per acre for fungicide and insecticide on corn, soybeans and wheat. Cotton defoliant runs $14 to $20 per acre. The 2026 Iowa State Custom Rate Survey is the cleanest university-validated benchmark, with an average of $12.50 per acre across 47 Iowa operator responses.
Mid-July through early August for corn fungicide (VT/R1), mid-July through mid-August for soybeans (R2/R3), late May through early June for wheat heading and September through October for cotton defoliation. The windows overlap heavily; book operators 4 to 6 weeks ahead.
No. Per-acre rates vary by crop based on field size, target pest pressure and product complexity. Corn and soybeans are the cheapest because fields are large and operators run high volume. Cotton defoliant runs higher because the application window is short and the work is concentrated. Specialty row crops like rice and peanuts see narrower per-acre ranges.
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