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UNSTRUCKED / AGRICULTURE

See the crop.
Serve the land.

From field intelligence to targeted application, find a drone system that fits the crop, the crew and the local rules.

THE FARM WORKFLOW

One field.
Many missions.

Good equipment choices begin with the job. A scouting aircraft, spray platform and granular spreader answer different questions.

01

Scout the field

Find crop stress, drainage patterns, gaps and difficult terrain before committing people or equipment to a treatment plan.

02

Map the work

Document field boundaries and build repeatable routes. Evaluate the data workflow alongside the aircraft and sensor.

03

Spray with precision

Compare tank capacity, flow, coverage, terrain following, refill time and drift controls for the crop and approved product.

04

Spread inputs

Assess granular delivery for seed and fertilizer, including swath, refill logistics and application consistency.

BEFORE YOU BUY

Evaluate the entire operation.

Match acreage and crop geometry to usable payload, spray flow, terrain following, battery cycles, filling and charging time, local parts, training and total cost. For pesticide work, confirm the product label permits the application method and that the operator has the required aviation and pesticide credentials.

START HERE / U.S. PATH

From first flight
to first treatment.

These five official starting points help a prospective operator identify the approvals to obtain. The exact combination depends on aircraft weight, state, crop and application.

  1. 01

    Qualify the pilot

    In the US, begin with the FAA remote-pilot pathway for commercial small-drone operations. Larger aircraft may follow a different authorization path.

    FAA pilot certification ↗
  2. 02

    Authorize the aircraft

    Check registration, operating category and aircraft weight. Many loaded spray drones exceed the Part 107 weight limit and require a Section 44807 exemption.

    FAA large-drone exemptions ↗
  3. 03

    Certify aerial application

    A drone that dispenses chemicals or agricultural products enters the FAA Part 137 agricultural-aircraft process.

    FAA Part 137 process ↗
  4. 04

    Meet pesticide requirements

    Obtain the applicable state or local applicator and business permissions. In California, review the aircraft pilot pest-control certificate packet.

    California pilot certificate ↗
  5. 05

    Read the exact product label

    Confirm the crop or site, application method, rates, drift protections and other directions for the particular pesticide before use.

    EPA label guidance ↗

For a farm outside the US, follow your country's aviation and pesticide regulators. The regional links below provide starting points; your local authority determines the actual permissions.

MANUFACTURER STARTING POINTS

Aircraft worth
examining.

These are examples for research, not endorsements or affiliate purchase links. Availability and permitted configurations vary by country.

DJI Agriculture

Agras T100

Large agricultural operations

A modular platform for spraying and spreading. Check regional availability and the configuration that fits your acreage.

Explore at DJI ↗
XAG

P150 Max

Multi-task farm workflows

A platform with swappable systems for spraying, spreading and mapping. Compare its service network and field logistics.

Explore at XAG ↗
Hylio

AgDrone range

US agricultural operators

Crop-treatment aircraft and AgroSol planning software. Compare support, training and configuration for your operation.

Explore at Hylio ↗
FLY & APPLY LAWFULLY

Check the rules
where you farm.

Flight permission and pesticide permission are separate questions. Start with the responsible authorities for your location and treatment.

Elsewhere? Begin with the aviation authority directory, then confirm your national and local pesticide, agricultural and environmental requirements before application.

UNSTRUCKED FOR GROWERS

Better decisions start above the field.

Use the guides to learn the flight fundamentals, then compare each aircraft against your crop and operating plan.