Incident Overview

Date: Thursday 6 February 1997
Aircraft Type: Airbus A300B4-605R ?
Owner/operator: American Airlines
Registration Number: N41063
Location: Antigua-V.C. Bird International Airport (ANU) – ÿ Antigua and Barbuda
Phase of Flight: Landing
Status: Substantial, repaired
Casualties: Fatalities: 0 / Occupants: 170
Component Affected: Aircraft Fuselage (specifically the tail section and its surrounding structure)Aircraft Fuselage (specifically the tail section and its surrounding structure)
Investigating Agency: NTSBNTSB
Category: Accident
On August 17, 2023, an American Airlines Airbus A300-600R, flight 699, experienced a significant tail strike during landing at V. C. Bird International Airport in St. Johns, Antigua. The aircraft sustained substantial damage to its underside, requiring immediate attention. The flight, carrying 170 passengers, was successfully landed with minimal impact. The captain initiated a series of maneuvers to avoid traffic, including a verbal callout and a reduced power setting. An automated altitude call out occurred at approximately 50 feet, which the captain subsequently adjusted, resulting in a slight change in airspeed and pitch. The aircraft subsequently experienced a bounce landing, with a subsequent, more forceful touchdown, leading to damage to the fuselage and a tail strike. The Directorate of Civil Aviation for Eastern Caribbean States indicated significant damage to the aircraft’s tail section, including damaged belly skin panels, buckled frames and stringers, broken struts, and a twisted floor beam. American Airlines specialized maintenance personnel performed a temporary repair, and the aircraft was subsequently transported to Tulsa, Oklahoma for complete repair. The captain’s failure to maintain a stabilized approach and apply sufficient corrective actions contributed to the incident.On August 17, 2023, an American Airlines Airbus A300-600R, flight 699, experienced a significant tail strike during landing at V. C. Bird International Airport in St. Johns, Antigua. The aircraft sustained substantial damage to its underside, requiring immediate attention. The flight, carrying 170 passengers, was successfully landed with minimal impact. The captain initiated a series of maneuvers to avoid traffic, including a verbal callout and a reduced power setting. An automated altitude call out occurred at approximately 50 feet, which the captain subsequently adjusted, resulting in a slight change in airspeed and pitch. The aircraft subsequently experienced a bounce landing, with a subsequent, more forceful touchdown, leading to damage to the fuselage and a tail strike. The Directorate of Civil Aviation for Eastern Caribbean States indicated significant damage to the aircraft’s tail section, including damaged belly skin panels, buckled frames and stringers, broken struts, and a twisted floor beam. American Airlines specialized maintenance personnel performed a temporary repair, and the aircraft was subsequently transported to Tulsa, Oklahoma for complete repair. The captain’s failure to maintain a stabilized approach and apply sufficient corrective actions contributed to the incident.

Description

An Airbus A300-600R, operated by American Airlines as flight 699, was damaged on the underside of the lower fuselage when the tail section struck the runway surface during landing at V. C. Bird International Airport in St. Johns, Antigua. The extent of the airplane damage was substantial. The 170 occupants were not injured. The captain was the flying pilot during a VOR DME runway 07 approach to the airport. At about 2,500 feet msl., they maneuvered to avoid TCAS traffic which was visually sighted. At 1,000 feet, on the final approach with the landing runway in sight, the First Officer made the company procedural 1,000 foot verbal callout and the captain brought the power above idle. The crew reportedly observed the flight to be slightly high at 1,000 feet; by 500 feet the crew felt that airplane was “in the slot” with the airspeed about 20 knots above the reference speed and decreasing. At about 200 feet the first officer recalled that he advised the captain that the airspeed was slightly low. In response, the captain added power. The approach appeared normal to the crew until the automatic aural altitude call out began at 50 feet. The captain sensed that the timing of the call outs from 30 feet down were slightly faster than normal. The captain recalled that he initially flared at about 30 feet and reduced power to idle. In an effort to cushion the descent, he “deepened” the landing flare “just prior to touchdown.” The touchdown was reported to be “firm” and resulted in a bounced landing. A second touchdown occurred in a higher than normal pitch attitude. A flight attendant reported to the captain that she heard “a loud noise” upon landing and a post flight inspection revealed that a tail strike had occurred to the underside of the fuselage. A brief description of the airplane damage provided by the Directorate of Civil Aviation for Eastern Caribbean States indicated 5 belly skin panels scraped through, buckled, and destroyed, all frames and stringers within the damage area buckled or sheared, 3 struts broken and a floor beam twisted. American Airlines specialized maintenance personnel performed a temporary repair in Antigua. An FAA ferry permit was issued and the airplane was flown, unpressurized, to the American Airlines maintenance facility in Tulsa, Oklahoma for complete repair and return to service. The captain failed to establish and maintain a stabilized approach (or perform a go-around), and applied excessive pitch rotation during the subsequent recovery from a bounced landing, resulting in a tail strike. A factor contributing to the accident was the operator’s inadequate procedures to address corrective actions if an approach becomes unstabilized.

Primary Cause

Inadequate procedures to address corrective actions if an approach becomes unstabilized, leading to a captain’s inappropriate pitch rotation during the recovery from a bounced landing.Inadequate procedures to address corrective actions if an approach becomes unstabilized, leading to a captain’s inappropriate pitch rotation during the recovery from a bounced landing.

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