🚁 FAA Part 137 Certified · Fully Insured

Your crops, sprayed from the sky.

No wheel tracks. No compaction. No waiting on wet ground. Get your price in ten seconds β€” or grab the controls and fly your own.

0acres / hour 0less water 0typical turnaround
Two ways to win

Hire the drone, or become the drone.

Some farmers want it done. Some want to fly it themselves. We help with both.

Instant Quote

Price your field right now

Three quick answers. No email required β€” volume discounts apply automatically.

Your estimated total
$0
$0.00 / acre
Estimate only β€” final price confirmed after field review.
FAA Part 137 Certified Licensed Commercial Applicator Fully Insured 8am–7pm, 7 days a week
Old tech vs. new

The ground rig and the drone, side by side

A loaded ground sprayer weighs 15–20 tons and drives straight through standing crop. We fly over it. Here's the honest comparison.

🚜 Ground Rig / Airplane
vs
🚁 factordrones
Machine weight on your soil
30,000–40,000 lb
0 lb β€” it flies
Wheel-track yield loss
1.3–2.5% of the field
None β€” no tracks
Spray a wet field?
No β€” wait for it to dry
Yes β€” fly the same day
Water hauled per acre
10–20 gallons
Up to 90% less
Terrain it can handle
Flat, dry, drivable rows
Hills, terraces, odd shapes

Sources: Kansas Ag Drone Services, Drone Spray Pro (Idaho compaction study), Iowa State / Univ. of Wisconsin wheel-track trials. Figures vary by field, boom width, and conditions.

Sprayed vs. unsprayed

What a timely pass protects

When disease pressure shows up, a well-timed fungicide pass defends yield you'd otherwise leave in the field.

πŸ‚ Unsprayed

Left unprotected

Disease moves up the canopy, leaves die early, test weight and yield slip away.

Baseline yield only
🌽 Sprayed

Protected canopy

Leaves stay green longer, the plant keeps filling grain, and you keep the bushels.

+5 bu corn Β· +1.6 bu soybeans (trial avg)

What could a pass be worth on your field?

0extra bushels
$0added crop value

Illustrative, using published trial averages β€” not a guarantee. Fungicide only pays when a pathogen is present; scout first.

Yield-response averages from: Univ. of Missouri Extension strip trials, Iowa State on-farm fungicide trials, Penn State Extension. Response is real but highly variable β€” set your own assumptions above.

The real path

How a legal spray-drone operation gets licensed

Not a weekend hobby. This is the full FAA + state path we completed β€” so you don't have to.

  1. 1

    FAA Part 107 Remote Pilot Certificate

    The base license for any paid drone flying. Study 8–15 hours, pass a ~$175 exam, renew every 24 months.

    β‰ˆ $175 Β· a few weeks
  2. 2

    Register the aircraft

    Spray drones over 55 lb use paper-based FAA Part 47 registration.

    Low fee Β· days–weeks
  3. 3

    Medical certificate

    A Class 3 medical (about $70–$170) is typically required for ag aircraft operations.

    $70–$170 Β· valid 2–5 yrs
  4. 4

    Section 44807 exemption

    Big ag drones exceed the 55 lb Part 107 limit, so you petition the FAA with detailed safety documents.

    Paperwork-heavy Β· weeks–months
  5. 5

    Part 137 Agricultural Aircraft Operator Certificate

    File FAA Form 8710-3 and submit your exemption number to [email protected] to begin certification.

    The core ag certificate
  6. 6

    State pesticide applicator license

    Complete CORE and AERIAL certification in your state. Federal law requires certification for restricted-use pesticides.

    Whole path: 3–6 months min.

Rather skip all that? Get a quote and we'll fly it. Ready to build your own operation? Shop drones on UnmannedExchange β†—

Sources: FAA β€” Dispensing Chemicals (Part 137) with UAS, Pilot Institute, Drone Pilot Ground School. Always confirm current requirements with the FAA and your state department of agriculture.