The T50 covers up to 40 acres per hour, while the T100 can handle up to 70 acres per hour. With multiple battery sets, a single operator can realistically spray 200-400+ acres in a full day depending on field conditions and refill logistics.

Flight time is 7-12 minutes per battery with a full tank, depending on the model. Most operators use 4-8 battery sets and rotate them throughout the day. With fast charging equipment, batteries recharge in under 10 minutes, enabling continuous operation.

Drone spraying uses up to 90% less water than traditional ground sprayers—typically 2-3 gallons per acre vs 10-20 gallons. Precision application also reduces chemical usage by 20-30% while improving coverage consistency.

Most operators are field-ready within 1-2 days of training. The drones fly autonomously once you map your field boundaries—just load the tank, set parameters, and monitor. No piloting skills required for standard operations.

Optimal conditions are winds under 15 mph, no rain, and temperatures between 40-100°F. The drones have IP67 water resistance and can operate in light drizzle, but we recommend avoiding spraying in high winds to ensure even coverage.

Yes, you need an FAA Part 107 Remote Pilot Certificate for commercial use. The test covers airspace rules and safety—most people pass with a few days of study. Some states also require a pesticide applicator license for spraying.

Drones excel on crops where ground equipment struggles: tall corn, wet rice paddies, hilly orchards, and dense vineyards. They're also ideal for cover crops, specialty vegetables, and any field where soil compaction is a concern.

Most farm operations see payback within 1-2 seasons through labor savings, reduced chemical costs, and eliminated equipment rental fees. Custom applicators typically charge $8-15/acre, so the math works quickly for larger operations.