Which patrol uses altered patterns, different routes, different start and end times, and provides allowance of randomness and unpredictability?

Which patrol uses altered patterns, different routes, different start and end times, and provides allowance of randomness and unpredictability?

• A. Routine patrol
• B. Random patrol
• C. Conspicuous patrol
• D. Selective patrol

Answer: (B)

Unpredictability in patrol patterns is what this item emphasizes. By altering patterns, using different routes, varying start and end times, and allowing for some randomness, the goal is to prevent criminals from predicting where officers will be and when they’ll be there. This approach is characteristic of a random patrol, which intentionally mixes routes and timings to keep offenders off balance and to maximize deterrence and responsiveness. Other patrol types rely more on predictability for different purposes. A routine patrol follows consistent paths and schedules, which reduces surprise but can be anticipated. A conspicuous patrol emphasizes high visibility to deter crime through presence, not through randomness. A selective patrol targets specific areas or times based on risk, rather than maintaining overall random variability.

Unpredictability in patrol patterns is what this item emphasizes. By altering patterns, using different routes, varying start and end times, and allowing for some randomness, the goal is to prevent criminals from predicting where officers will be and when they’ll be there. This approach is characteristic of a random patrol, which intentionally mixes routes and timings to keep offenders off balance and to maximize deterrence and responsiveness.

Other patrol types rely more on predictability for different purposes. A routine patrol follows consistent paths and schedules, which reduces surprise but can be anticipated. A conspicuous patrol emphasizes high visibility to deter crime through presence, not through randomness. A selective patrol targets specific areas or times based on risk, rather than maintaining overall random variability.