Risk is defined as which of the following?

Risk is defined as which of the following?

• A. The assessed potential for adverse consequences resulting from a hazard
• B. The frequency of an event
• C. The time before an event occurs
• D. The cost to mitigate a hazard

Answer: (A)

Risk is the assessed potential for adverse consequences that could result from a hazard. In real-world UAS operations, you identify hazards such as weather, equipment failure, or airspace conflicts, and then consider what could happen if that hazard leads to an incident. It’s about what might occur and how serious it would be, taking into account both how likely the adverse outcome is and how severe it could be. That combination—likelihood and impact—defines risk. This is why the definition focuses on consequences rather than just how often something happens, how long you’d wait for an event, or the cost to fix something. Frequency alone doesn’t address the severity of outcomes, timing doesn’t describe what could happen, and mitigation cost is a separate consideration used to reduce risk, not the risk itself. Understanding risk in this way helps pilots apply controls to lower either the chance of an adverse event or the severity of its consequences.

Risk is the assessed potential for adverse consequences that could result from a hazard. In real-world UAS operations, you identify hazards such as weather, equipment failure, or airspace conflicts, and then consider what could happen if that hazard leads to an incident. It’s about what might occur and how serious it would be, taking into account both how likely the adverse outcome is and how severe it could be. That combination—likelihood and impact—defines risk.

This is why the definition focuses on consequences rather than just how often something happens, how long you’d wait for an event, or the cost to fix something. Frequency alone doesn’t address the severity of outcomes, timing doesn’t describe what could happen, and mitigation cost is a separate consideration used to reduce risk, not the risk itself. Understanding risk in this way helps pilots apply controls to lower either the chance of an adverse event or the severity of its consequences.