What is the purpose of drift-reducing nozzles and how do they work?

• A. They increase drift to cover more area.
• B. They remove all chemical from the nozzle.
• C. They reduce off-target movement by producing larger droplets and improved spray pattern; help protect adjacent crops and water bodies.
• D. They are only for pesticide storage.

Answer: (C)

Drift-reducing nozzles are designed to limit off-target movement of spray by creating larger droplets and a more even spray pattern. Larger droplets are heavier and tend to fall toward the target rather than being carried away by wind, so the chemical stays closer to the intended area. The improved spray pattern helps ensure the target area receives adequate coverage without a lot of drift onto neighboring crops, water bodies, or other sensitive sites. Many drift-reducing designs achieve this by using air-induction or air-assisted mechanisms that mix air with the liquid to form coarser droplets while preserving good distribution. This isn’t about removing chemical from the nozzle, storing pesticides, or deliberately increasing drift.