How should you verify configuration settings before landing?

How should you verify configuration settings before landing?

• A. Confirm gear and flap settings only.
• B. Rely on published speed and configuration tables only.
• C. Ask the instructor to confirm via verbal signal.
• D. Confirm gear, flaps, power, speed, and altitude settings meet the approach criteria and the ILS/visual approach plan.

Answer: (D)

Before landing, you perform a comprehensive check to ensure the aircraft is in the correct configuration for the approach and landing. That means confirming gear, flaps, power, speed, and altitude are all aligned with what the approach requires and with the ILS or visual approach plan. Gear and flap settings determine the aircraft’s configuration for landing and affect drag, lift, and stall margins. Power and speed control how much energy you have and how you’ll fly the descent and approach to the runway. Altitude checks keep you on the proper path and ensure you can meet any altitude restrictions or glide-path requirements. Verifying all of these elements against the published criteria and the planned approach keeps the airplane energy-stable and correctly configured, reducing the risk of overspeed, underspeed, or mis-tracking the ILS or your visual approach. Focusing only on gear and flaps misses energy management and the overall approach state. Relying solely on tables ignores real-time conditions and the aircraft’s current performance. Asking for verbal confirmation bypasses a systematic, repeatable check that should be done by the pilot at the entry to the approach.

Before landing, you perform a comprehensive check to ensure the aircraft is in the correct configuration for the approach and landing. That means confirming gear, flaps, power, speed, and altitude are all aligned with what the approach requires and with the ILS or visual approach plan. Gear and flap settings determine the aircraft’s configuration for landing and affect drag, lift, and stall margins. Power and speed control how much energy you have and how you’ll fly the descent and approach to the runway. Altitude checks keep you on the proper path and ensure you can meet any altitude restrictions or glide-path requirements. Verifying all of these elements against the published criteria and the planned approach keeps the airplane energy-stable and correctly configured, reducing the risk of overspeed, underspeed, or mis-tracking the ILS or your visual approach.

Focusing only on gear and flaps misses energy management and the overall approach state. Relying solely on tables ignores real-time conditions and the aircraft’s current performance. Asking for verbal confirmation bypasses a systematic, repeatable check that should be done by the pilot at the entry to the approach.