Which combination of factors best reduces OC spray drift during deployment?

• A. Improper wind management, incorrect spray pattern selection, reducing distance, and unstable stance.
• B. Wind direction does not matter, or safe to ignore.
• C. Proper wind management, correct spray pattern selection, maintaining proper distance, and stabilizing stance to reduce movement during discharge.
• D. High wind, rapid deployment with no stance.

Answer: (C)

Drift is minimized when you control how the spray travels through the air by combining environmental awareness with steady technique. The best approach uses four elements together: manage the wind so air currents aren’t blowing droplets away from the target; choose a spray pattern that delivers a tight, predictable plume rather than a broad cloud; stay at the recommended distance so droplets have the right velocity and reach without spreading unnecessarily; and maintain a stable stance to prevent body movement from altering the spray path. When wind is ignored, a broad or gusty drift can occur; using a poor pattern or being too close or too far can increase off-target dispersion; and a shaky or unsteady stance makes it harder to control the plume. By coordinating wind conditions, pattern, distance, and stance, you significantly reduce spray drift and improve accuracy.