Certified and insured agricultural drone applicator run by Isaiah Borgos out of Marshalltown, Iowa. Over 20,000 acres of spraying experience. Grew up around Central Iowa farming, holds a Computer Science degree, combines the agriculture background with new technology to run efficient, reliable aerial application services. Operates three 80-lb drones (each 10.5 gal tank) with a trailer tank up to 1025 gal.
Emergency Spray Services
Emergency ag drone spraying runs $18 to $35 per acre, which is 20 to 50 percent above standard rates due to short-notice logistics and ferry-time costs. Common triggers include fall armyworm invasions, late-season aphid blooms, rapid tar spot pressure and post-hurricane defoliation cleanup. During regional outbreaks, local operators book to capacity within 24 to 48 hours and emergency customers often rely on operators driving 100 to 300 miles.
Rapid-response drone spraying for sudden pest outbreaks, disease epidemics, hurricane recovery and other time-sensitive agricultural emergencies.
About this service
Emergency ag drone spraying covers three situations. A time-sensitive pest outbreak, such as a fall armyworm invasion, a late-season aphid bloom or rapid tar spot development. A disease epidemic, such as sudden Fusarium head blight pressure or fast-spreading late blight. Disaster recovery, such as post-hurricane defoliation cleanup or a flood-damaged replant window. Expect to pay more for it. Emergency rates run 20 to 50 percent above standard spraying rates. That premium covers short-notice logistics, weekend and night windows and the ferry time to move a drone fleet. Capacity is the real constraint, not price. During a regional outbreak, local operators book to capacity within 24 to 48 hours, and late callers end up with someone driving 100 to 300 miles. Many state departments of agriculture keep a pest emergency contact list. For a declared quarantine pest, the USDA Animal and Plant Health Inspection Service sometimes coordinates rapid response spraying. The rules do not bend for urgency. Emergency work needs the same Part 137 certification and the same state applicator license as any other job.
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Operators offering emergency spray services(1)
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Frequently asked questions
If the operator is local and has open capacity, same day or next day. During regional outbreaks when local capacity is full, expect 3 to 7 day delays as operators from farther away reposition fleets. The fastest emergency responses are usually from operators who already have a prior contract or relationship with the customer.
Three reasons. Short-notice field remapping and mission planning add 2 to 4 hours of admin per job. Emergency ferry moves (driving drones 100 to 300 miles) cost operator fuel, lodging and opportunity cost from canceled local jobs. Emergency windows often require weekend, night or pre-dawn work that pays pilot premiums above standard day-rates.
Fall armyworm outbreaks in the Southeast and Mid-South, sudden soybean aphid pressure in Minnesota and the Dakotas, late-season tar spot runs in Indiana and Wisconsin, rapid-spread Fusarium head blight during wet wheat heading years and post-hurricane cotton and soybean defoliation cleanup in the Delta and Southeast.
For declared quarantine pests (boll weevil resurgence, fruit fly outbreaks, emerald ash borer spread into agricultural margins), APHIS sometimes coordinates and partially funds emergency spray response. For routine pest and disease pressure, even heavy pressure, the farmer bears the cost. State-level pest emergency programs occasionally provide cost-share for declared outbreaks in specialty crops.
Yes, and this is the single most effective way to ensure rapid response. Many operators maintain priority customer lists that include growers who pre-pay a seasonal retainer (typically $500 to $2,500) or sign standby agreements. Standby contracts guarantee a response window (often 48 hours) at predetermined rates, which is particularly valuable for vineyard and orchard growers during high-pressure disease years.