If the destination runway is not aligned with the instrument approach, which statement is true?

If the destination runway is not aligned with the instrument approach, which statement is true?

• A. Higher workload
• B. Visibility may need to be better
• C. Minima may be more stringent
• D. All of the above

Answer: (D)

When the destination runway isn’t aligned with the instrument approach, you typically can’t land straight ahead from that approach and must perform a circle-to-land or otherwise maneuver to align with the runway. This adds workload because you’re handling an additional phase of flight: maintaining the correct approach path, managing speed and configuration, and tracking your position precisely while performing the circle, all inside controlled airspace and with obstacle considerations in the vicinity of the airport. Because you’re relying on visual references to complete the circle and land, the published weather minimums are more restrictive than for a straight-in approach. The higher minima reflect the increased risk during maneuvering in the airport environment and the greater need for sufficient visibility to execute the circle safely and land. Visibility requirements tend to be higher for circling than for straight-in, reinforcing the need for clear cues for positioning and clearance during the turn and approach. Put together, these factors—increased workload, stricter minima, and higher visibility requirements—are all true when the runway isn’t aligned with the instrument approach.

When the destination runway isn’t aligned with the instrument approach, you typically can’t land straight ahead from that approach and must perform a circle-to-land or otherwise maneuver to align with the runway. This adds workload because you’re handling an additional phase of flight: maintaining the correct approach path, managing speed and configuration, and tracking your position precisely while performing the circle, all inside controlled airspace and with obstacle considerations in the vicinity of the airport.

Because you’re relying on visual references to complete the circle and land, the published weather minimums are more restrictive than for a straight-in approach. The higher minima reflect the increased risk during maneuvering in the airport environment and the greater need for sufficient visibility to execute the circle safely and land.

Visibility requirements tend to be higher for circling than for straight-in, reinforcing the need for clear cues for positioning and clearance during the turn and approach. Put together, these factors—increased workload, stricter minima, and higher visibility requirements—are all true when the runway isn’t aligned with the instrument approach.