What is the speed and configuration of the aircraft during the normal landing pattern?

What is the speed and configuration of the aircraft during the normal landing pattern?

• A. 100 KIAS with gear down and flaps up
• B. 120 KIAS with gear down and flaps up
• C. 140 KIAS with gear up and flaps down
• D. 80 KIAS with gear down and flaps up

Answer: (B)

The normal landing pattern speed for the T-6B is typically around 120 knots indicated airspeed (KIAS) with the gear down and flaps in the takeoff position. This speed provides a good balance between maintaining control and having enough lift during the approach to landing. During the landing pattern, it is essential to have the landing gear extended, as this ensures that the aircraft is prepared for landing, and configuring the flaps for a safe approach enhances lift and improves the aircraft's handling characteristics in this stage of flight. As the aircraft approaches the landing phase, maintaining this speed helps pilots to manage descent rate effectively while providing sufficient margin above stall speed. The other configurations do not align with the operational procedures for the landing pattern, where speed and configuration play critical roles in ensuring safety and control during the final approach.

The normal landing pattern speed for the T-6B is typically around 120 knots indicated airspeed (KIAS) with the gear down and flaps in the takeoff position. This speed provides a good balance between maintaining control and having enough lift during the approach to landing.

During the landing pattern, it is essential to have the landing gear extended, as this ensures that the aircraft is prepared for landing, and configuring the flaps for a safe approach enhances lift and improves the aircraft's handling characteristics in this stage of flight. As the aircraft approaches the landing phase, maintaining this speed helps pilots to manage descent rate effectively while providing sufficient margin above stall speed.

The other configurations do not align with the operational procedures for the landing pattern, where speed and configuration play critical roles in ensuring safety and control during the final approach.