Which outcome directly affects an aircraft's control surfaces following icing that exceeds anti-ice system capacity?

💡 Explanation

When icing exceeds the anti-ice capacity, ice accretion modifies control surface profiles; the accumulated ice physically obstructs the proper movement because the actuators struggle to overcome the increased resistance. Therefore, restricted movement/maneuverability results, rather than altered lift,increased drag, or fuel consumption which involve different aeroelastic mechanisms arising from milder icing.

• Which risk increases significantly when dissolved gas content in hydraulic fluid falls below the cavitation limit?
• Which outcome occurs during aircraft landing when atmospheric icing compromises flap extension?
• Which risk increases when optical fibers exceed their modal bandwidth capacity in wavelength division multiplexing (WDM) systems?
• Which outcome occurs when magnetic saturation elevates core reluctance inside transformers?
• Which outcome predictably occurs when a cellular base station experiences significant co-channel interference increasing beyond design thresholds?
• Which consequence results, when a centrifugal casting mold's rotation significantly slows during pouring?