What type of functions are primarily concerned with rate dampening and stabilization, without moving the flight controls?

• A. Outer loop
• B. Inner loop
• C. Mechanical
• D. Computer

Answer: (B)

The inner loop functions are primarily focused on rate dampening and stabilization within the flight control system. These functions operate by monitoring the aircraft's performance and making rapid adjustments to maintain stability, smoothness, and control response without directly altering the flight control surfaces.

Inner loop functions typically involve feedback from sensors that help maintain the aircraft’s current attitude and trajectory by adjusting control inputs in real-time. This is crucial for ensuring the aircraft handles well in various flight conditions, minimizing oscillations or unwanted movements that can lead to instability. By effectively dampening rates of change in pitch, roll, and yaw, the inner loop provides the pilot with a more stable and predictable flight experience.

Outer loop functions, on the other hand, generally deal with longer-term flight path guidance and maneuvering, which can involve moving the flight controls, but are not typically focused on the rapid stabilization functions that characterize the inner loop. Mechanical and computer choices refer to elements of the system but do not specifically address the functional aspect of stabilization without controlling the flight surfaces directly.