Narrative:

During the flight control check; I noted that the left aileron lacked resistance and feel. All other axis had the correct feel. I asked the first officer if he noticed anything and he stated that the right aileron lacked resistance parked on taxiway; set the brakes; and called maintenance control. We assisted in resetting the elac 1 (elevator aileron computer) and elac 2 per recommendation. We still had the lack of resistance during the flight control check. We returned to the gate; mechanics were prompt and immediately started to diagnose the issue.the plane was yanked out of service. Apparently; two rods had worn down below the joysticks that provided the artificial feel. The plane theoretically could have flown; but it was determined by the flight crew and maintenance that the plane was not airworthy.

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Original NASA ASRS Text

Title: A321 Captain reported the aileron control lacked feel and resistance.

Narrative: During the flight control check; I noted that the left aileron lacked resistance and feel. All other axis had the correct feel. I asked the FO if he noticed anything and he stated that the right aileron lacked resistance Parked on taxiway; set the brakes; and called Maintenance Control. We assisted in resetting the ELAC 1 (Elevator Aileron Computer) and ELAC 2 per recommendation. We still had the lack of resistance during the flight control check. We returned to the gate; mechanics were prompt and immediately started to diagnose the issue.The plane was yanked out of service. Apparently; two rods had worn down below the joysticks that provided the artificial feel. The plane theoretically could have flown; but it was determined by the flight crew and maintenance that the plane was not airworthy.

Data retrieved from NASA's ASRS site and automatically converted to unabbreviated mixed upper/lowercase text. This report is for informational purposes with no guarantee of accuracy. See NASA's ASRS site for official report.