What is the purpose of drift reduction technologies (DRTs) on sprayers?

• A. Increase drift
• B. Increase spray deposition on target
• C. Reduce tank mixing time
• D. Minimize off-target movement and protect non-target organisms

Answer: (D)

Drift reduction technologies are all about keeping the spray where you intend it and cutting down droplets that travel away from the target. By using nozzle types, spray pressures, and patterns that produce less drift, these technologies reduce off-target movement and protect non-target organisms like nearby crops, pollinators, and aquatic life. That protective aim is why this option is the best: it directly addresses preventing unintended exposure and environmental impact. Increasing drift would be the opposite of the goal, and while DRTs can sometimes improve how much spray stays on the target, their primary purpose is minimizing drift, not merely boosting deposition. Reducing tank mixing time isn’t related to drift control.