Spray Drone ROI Guide: Farmers and Custom Applicators

Spray drones are no longer experimental technology. Across Ohio and the Midwest, they are being used every day to protect yields, improve application timing, and create new income streams. One of the most common questions we hear is:

“Does a spray drone actually pay for itself?”

The short answer: Yes, it can and often does when used correctly. Below is a realistic, conservative ROI breakdown for both farmers spraying their own acres and custom applicators starting or growing a spray drone business.


Spray Drone ROI for Farmers (500-Acre Example)

Startup Costs (One-Time Investment)

For a smaller-capacity spray drone such as the DJI T50 (10.5-gallon tank) or Talos T60X (13.6-gallon tank):

  • Spray drone purchase: $25,000–$30,000

  • Regulatory assistance and compliance setup: $2,000–$4,000

  • Trailer, tanks, pumps, and mixing equipment:

    • Costs vary widely

    • We typically recommend budgeting at least $10,000 for a complete spray drone setup, though some farmers use existing equipment for much less

Estimated total startup cost: $35,000–$50,000 per drone

Annual Operating Costs

Estimated yearly expenses including insurance, routine maintenance, fuel, and wear items:

  • $5,000 per year

Fungicide Application ROI Breakdown

Chemical Cost

  • Basic Fungicide cost: $15 per acre

  • 500 acres × $15 = $7,500

Yield Gain

Yield response varies based on location, disease pressure, weather, and timing. Typical gains range from 10–40 bushels per acre. For this example, we use the low end:

  • 10 bushels gained per acre

  • 500 acres × 10 bushels = 5,000 additional bushels

Gross Revenue from Yield Gain

  • Corn price used: $4.50 per bushel

  • 5,000 bushels × $4.50 = $22,500

Net Profit (Annual)

  • Gross revenue: $22,500

  • Fungicide cost: –$7,500

  • Annual operating costs: –$5,000

Net annual profit: ~$10,000

Five-Year Outcome (Farmer-Owned Drone)

  • $10,000 per year × 5 years = $50,000

While this may seem modest at first glance, this example is intentionally conservative and based on only 500 acres and one application type.

What Improves Farmer ROI

  • More Acres – Doubling or tripling acreage dramatically shortens payback time.

  • More Applications – Fungicide is just one-use case. Drones are also used for:

    • Late-season spot or see-and-spray herbicide work (e.g., giant ragweed)

    • Waterway and sensitive area management

    • Cover crop seeding

    • Foliar or granular fertilizer applications

    • Field boundary spraying to reduce weed seed banks

  • Higher Disease Pressure Years – In seasons with heavy disease pressure (such as tar spot), it is realistic to see 20–40 bushel gains, accelerating ROI significantly.

For many farms, the largest return comes from not missing the application window.


Spray Drone ROI for Custom Applicators

This example looks at a one-person, one-drone custom application business just getting started.

Startup Costs

Startup costs are the same as a farmer-owned drone:

$35,000–$50,000 per drone

Annual Operating Costs

$5,000 per year

Custom Application Revenue Breakdown

Application Rate & Pricing

  • Application rate: 2 gallons per acre

  • Custom application price: $15 per acre

Acres Sprayed Per Season

For a new operator with 1 drone:

  • Typical first-year range: 1,500–3,000 acres

  • Conservative midpoint used: 2,000 acres

Gross Revenue

  • 2,000 acres × $15 per acre = $30,000

Net Income (Year One)

  • Gross revenue: $30,000

  • Annual operating costs: –$5,000

Net income after one season: $25,000

Scaling and Profitability

This example reflects:

  • One drone

  • One operator

  • One service type

In reality, profitability improves quickly by:

  • Increasing acres as customer demand grows

  • Offering additional services such as insecticide, herbicide, cover crop seeding, and fertilizer applications

  • Operating during tight application windows where timeliness commands premium pricing

Many custom applicators are able to break even or turn a profit within their first season, especially when demand is strong.

Key Factors That Drive Spray Drone ROI

Whether you are a farmer or a custom applicator, ROI depends heavily on:

  • Training and operational efficiency

  • Equipment reliability and support

  • Application timing and weather windows

  • Regulatory compliance and planning

Owning the right drone matters but knowing how to deploy it effectively is what determines success.

Bottom Line

Spray drones can deliver real, measurable ROI for both farmers and custom applicators. When viewed as a multi-year, multi-purpose tool, they are often far more than a single-use investment.

If you’re considering a spray drone and want to understand what ROI looks like for your specific operation, acreage, or goals, Buckeye Agri Drones can help you evaluate your options with real-world insight. As farmers and custom applicators ourselves, we know how to judge if spray drones are right for your operation.

Contact us to start the conversation.

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