Drone Spraying Burleson County TX

Burleson County drone spraying rates by crop

Drone spraying in Burleson County, TX is billed per treated acre for the flight only; herbicide, insecticide, fungicide, defoliant and seed are quoted separately or supplied by the grower. Statewide listings for 2026 put row-crop passes at roughly $8–$21 per acre and individual Texas operators start between $11 and $15, so the rates below sit at or slightly under the middle of that range.

Service	Typical rate	Notes
Cotton plant growth regulator (mepiquat)	from $10/acre	2 GPA, often tank-mixed with an insect pass
Cotton fleahopper / plant bug insecticide	from $11/acre	Early squaring through first bloom
Cotton defoliant + boll opener	from $14/acre	3–5 GPA for full canopy penetration
Corn fungicide at tassel	from $13/acre	Southern rust and leaf blight windows
Grain sorghum aphid / headworm control	from $11/acre	Boot through soft dough
Bermuda hay meadow weed control	from $10/acre	Broadleaf and sandbur passes
Creek-bottom brush and regrowth	from $19/acre	Higher volume, slower flight lines
Ryegrass or small-grain overseeding	from $16/acre	Dry spreader, 20–30 lb/acre

Final price depends on carrier volume (a 5 GPA harvest-aid job takes more refills than a 2 GPA PGR pass), field shape, tree lines and power lines along the edges, and drive time from Caldwell. Jobs start at 25 acres; smaller tracts are flown with a flat trip charge or grouped with a neighbor's acres on the same day. Multi-pass cotton programs booked before squaring are usually priced lower than single emergency calls.

Cotton drone spraying in Burleson County, TX: five passes

Cotton is where agricultural drone spraying in Burleson County earns its keep. The heavy river-bottom clays along the Brazos hold water for days after a rain, and the critical timings in a cotton crop rarely wait for the ground to firm up. A typical aerial program looks like this:

1. Early post herbicide (3–6 leaf). A follow-up residual or contact pass for Palmer amaranth and waterhemp escapes, flown when a sprayer would leave tracks between beds.
2. Fleahopper control at early squaring. AgriLife Extension guidance treats when counts reach roughly 15–25 fleahoppers per 100 terminals during the first three weeks of squaring; a drone covers the whole field in one morning before squares start shedding.
3. Plant growth regulator. Mepiquat passes on irrigated and rank bottomland cotton keep internodes short and the canopy open for later passes. PGR and insecticide can go on together when labels allow.
4. Mid-season insect pass. Stink bugs and bollworms in July are handled with the same flight plan used earlier, so swath data and boundaries are already on file.
5. Harvest aid. Defoliant plus boll opener goes on once about 60% of bolls are open or four nodes above cracked boll remain. A 3–5 GPA drone application pushes product into a dense canopy and lets the stripper roll on schedule.

Operators keep field records from pass to pass, so later trips need only a confirmation call instead of a new survey.

Corn, sorghum and hay programs in Burleson County

Hay ground is the largest crop footprint in Burleson County, followed by corn and cotton, with grain sorghum as the main rotation crop (USDA Census of Agriculture, 2022). Each has a narrow window where a drone is often the only practical tool:

• Corn at tassel. Southern rust moves up from the coast in wet summers. Once corn is past seven feet, a high-clearance rig is the only ground option; a drone flies above the tassels at 2–3 GPA with no crop damage.
• Grain sorghum. Sugarcane aphid colonies can build fast after heading. Central Texas thresholds call for treatment at roughly 50–125 aphids per leaf, and headworms add a second reason to fly at the flowering-to-milk stage.
• Bermuda and native hay meadows. Spring broadleaf control and fall armyworm passes protect cuttings for the cattle and poultry operations that make up much of the county's livestock base. A low-volume pass leaves no wheel tracks across a field that will be cut and baled in three weeks.

Why fly instead of drive on wet bottomland

The case for agricultural drone spraying in Burleson County comes down to timing and soil:

• No rutting on Brazos clay. A loaded ground sprayer on saturated bottomland leaves ruts that stay through harvest. A drone never touches the soil, so the pass goes on the day it is needed.
• Less water hauling. Drone passes run at 2–5 gallons per acre, compared with 10–20 GPA for most ground rigs, which matters on farms where the fill point is a stock tank or a single well.
• Tight swaths near sensitive edges. Spray height of 8–12 feet and RTK guidance keep the swath on target along neighbors' gardens, pecan rows and creek banks.
• Small and odd-shaped fields. River-bend fields, pivot corners and hay traps under 40 acres are hard for crop dusters to justify. Drones treat them at the same per-acre rate as open ground.

Brazos bottom, Yegua Creek and the upland sands

Burleson County splits into very different ground. The east side follows the Brazos River, with deep alluvial clays around Snook, Clay and Chriesman that grow most of the county's cotton and corn. The center around Caldwell and Deanville is rolling blackland and sandy loam in hay and pasture. The south edge drains into Yegua Creek and Lake Somerville, where Lyons and Somerville farms run cattle, hay and some grain.

Each zone changes the job. Bottomland passes are often flown in the early morning to beat afternoon wind off the river. Fields near Lake Somerville and the creek bottoms get wider buffer distances and product choices that respect water setbacks. Upland sandy fields dry fast, so drone work there is usually about canopy height rather than mud.

Creek-bottom brush and fence line spraying

Pastures along Davidson Creek, Yegua Creek and the Brazos fill in with honey locust, Chinese tallow, yaupon, McCartney rose and greenbrier. Individual-plant or broadcast brush treatments by drone reach under-story regrowth in bottoms where a tractor cannot travel and a helicopter is overkill. Fence rows, pond dams and power line rights-of-way on private land are flown the same way. Brush passes run at higher volume and slower speed, which is why they carry a higher per-acre rate. Best results come from late spring through midsummer, when leaves are fully expanded and soil moisture is adequate.

Booking drone crop spraying services in Burleson County

1. Send field details. Share the crop, acreage, a pin or map of the field, the target pest or task, and whether you supply product.
2. Get a written quote. You receive a per-acre price, carrier volume and an estimated flight date based on weather and the operator's route.
3. Pre-flight check. The operator confirms boundaries, hazards and nearby sensitive sites, then programs the flight path.
4. Application. The field is flown in one visit when wind, temperature and inversion conditions are within label limits.
5. Records. You get the application record with product, rate, time and weather for your files and crop insurance.

Credentials every Burleson County operator must hold

Drone spraying in Burleson County, TX is regulated at both the federal and state level. Every operator in this network holds:

• FAA Part 107 remote pilot certification for each pilot in command.
• FAA Part 137 agricultural aircraft operator certificate, which authorizes dispensing products from the air.
• Section 44807 exemption for spray drones weighing more than 55 lb with a full tank.
• Texas Department of Agriculture commercial pesticide applicator license in the aerial category, with continuing education kept current.
• Liability insurance that meets TDA requirements for commercial applicators.

Ask for license numbers before any job; FAA and TDA records can be verified online in a few minutes.