Which of the following is NOT true about steep approaches?

Which of the following is NOT true about steep approaches?

• A. They require both engines to be operative.
• B. They can be performed with flaps in any position.
• C. They require vertical guidance for approval.
• D. A maximum tailwind of 5 knots is allowed.

Answer: (B)

Steep approaches are specific landing techniques that involve descending at a greater angle than standard approaches, typically to avoid obstacles near the runway or in the surrounding area. For steep approaches, certain limitations and requirements are in place to ensure safety and operational effectiveness. The statement about flaps being able to be in any position during a steep approach is not true because the configuration of the aircraft—including the flap setting—affects the performance characteristics during the approach. A specific flap setting is often recommended or required to maintain proper lift, control, and approach speed, which are critical for safely executing steep approaches. The aircraft's performance envelope changes significantly with different flap configurations, so adhering to the recommended settings is essential to ensure a safe landing. In contrast, the other statements regarding steep approaches are true. Having both engines operative is crucial since a steep approach demands precise handling and performance that relies on the full thrust capacity of the aircraft. Vertical guidance, like an Instrument Landing System (ILS) or similar, is typically required to ensure that the aircraft adheres to the necessary glide path and is able to land safely while managing the steep angle. Finally, having a maximum tailwind limitation underscores the need for controlled landing conditions; a tailwind can make maintaining control during a steep approach

Steep approaches are specific landing techniques that involve descending at a greater angle than standard approaches, typically to avoid obstacles near the runway or in the surrounding area. For steep approaches, certain limitations and requirements are in place to ensure safety and operational effectiveness.

The statement about flaps being able to be in any position during a steep approach is not true because the configuration of the aircraft—including the flap setting—affects the performance characteristics during the approach. A specific flap setting is often recommended or required to maintain proper lift, control, and approach speed, which are critical for safely executing steep approaches. The aircraft's performance envelope changes significantly with different flap configurations, so adhering to the recommended settings is essential to ensure a safe landing.

In contrast, the other statements regarding steep approaches are true. Having both engines operative is crucial since a steep approach demands precise handling and performance that relies on the full thrust capacity of the aircraft. Vertical guidance, like an Instrument Landing System (ILS) or similar, is typically required to ensure that the aircraft adheres to the necessary glide path and is able to land safely while managing the steep angle. Finally, having a maximum tailwind limitation underscores the need for controlled landing conditions; a tailwind can make maintaining control during a steep approach