What is expected from a pilot during the stabilized approach phase?

In the stabilized approach phase, a pilot is expected to maintain consistent aircraft control as they prepare for landing. This phase is crucial because it ensures that the aircraft is flying on a predictable flight path and in a stable configuration, which is vital for a safe landing. During this time, pilots should adhere to established parameters such as airspeed, descent rate, and flight path angle.

Achieving consistent control helps in managing any potential disturbances and allows for effective responses to changing conditions, whether they be environmental factors, aircraft performance issues, or adjustments needed based on the approach to the runway. Such consistency is foundational for ensuring that the aircraft is in the optimal configuration for landing, which includes being at the correct speed and altitude as it descends toward the runway.

The other options suggest actions or scenarios that could potentially compromise safety during landing. For instance, a sudden change in flight path could lead to instability and unanticipated maneuvers, while maximizing speed for landing contradicts the requirement for careful speed management. Additionally, relying purely on navigation without instruments during this critical phase could lead to navigational errors, especially in low-visibility conditions. Thus, the emphasis is rightly placed on maintaining consistent control throughout the approach.