During the final approach, which elements should be included in stabilized approach callouts?

During the final approach, which elements should be included in stabilized approach callouts?

• A. Airspeed, altitude, and flaps setting.
• B. Airspeed, descent rate, and runway alignment.
• C. Power setting, engine RPM, and trim position.
• D. Vertical speed, attitude, and crosswind angle.

Answer: (B)

Stabilized approach callouts focus on confirming you’re on a controlled, predictable final path. The best callout set includes airspeed, descent rate, and runway alignment. Airspeed within the target range shows you’re not too fast or too slow; descent rate indicates you’re not ballooning or sinking too aggressively; runway alignment confirms you’re keeping the aircraft on the centerline and not drifting off course. Together these three signals tell the crew that the approach is stable and ready for the next step. Other options bring in items that aren’t typically part of stabilized approach callouts, such as configuration details (flaps) or engine-related settings (RPM, power) or attitude and crosswind specifically, which aren’t the standard trio used to declare a stabilized approach.

Stabilized approach callouts focus on confirming you’re on a controlled, predictable final path. The best callout set includes airspeed, descent rate, and runway alignment. Airspeed within the target range shows you’re not too fast or too slow; descent rate indicates you’re not ballooning or sinking too aggressively; runway alignment confirms you’re keeping the aircraft on the centerline and not drifting off course. Together these three signals tell the crew that the approach is stable and ready for the next step.

Other options bring in items that aren’t typically part of stabilized approach callouts, such as configuration details (flaps) or engine-related settings (RPM, power) or attitude and crosswind specifically, which aren’t the standard trio used to declare a stabilized approach.