- Date
- December 15, 1997, 15:26 local (20:26 UTC)
- Place
- Montego Bay, Jamaica
- Injuries
- 246 uninjured
- Damage
- Minor damage
- Phase of flight
- Landing
- Aircraft
- N90070Airbus Industrie A-300-600
- Weather
- Instrument (IMC) · Day
- Status
- Completed · report February 29, 2000
- Report
- Approved by Office Director
- FAA report
- 19971215043949I
- Case key
- 3936
From the NTSB’s public API. By law, NTSB reports can’t be used as evidence in lawsuits over the incident.
On this page
Probable cause
The NTSB’s determination of the probable cause, and any contributing factors.
The pilot's improper recovery from a bounced landing, compounded by the automatic deployment of the ground spoilers on main wheel spin-up, resulting in a pitch angle beyond the tail strike pitch angle of the airplane, which led to the tail contacting the runway.
Analysis
According to the flying pilot, the existing wind information was different from the planned wind information, resulting in a 'circle to land' approach on runway 25. The downwind leg and turn to final were normal with the airplane on speed, and 'in the slot'. As per the final approach checklist the pilot armed the spoilers for deployment on main wheel touchdown. Upon touchdown the airplane bounced and the pilot said he increased the pitch attitude of the airplane to soften the second touchdown. On the second touchdown, a flight attendant heard a loud bang in the aft section of the airplane. Post flight inspection revealed damage to the tail skid area on the underside of the airplane. According to the flight manual, the deployment of the ground spoilers induces a 2 degree pitch up and increases the sink rate of the aircraft, therefore contributing to the higher pitch angle that can result in tail strikes. In the American Airlines A300 operating manual under touchdown, it states that 'no attempt should be made to hold the airplane off by further increase in attitude.' According to the flight data recorder the pitch attitude reached a maximum of 11.78 degrees which occurred when the airplane touched down for the second time. The tail strike pitch attitude is 11.4 degrees.
Factual narrative
On December 15, 1997, about 1526 eastern standard time, an Airbus A300-600, N90070, experienced an over-rotation during landing at the Sangster International Airport, in Montego Bay, Jamaica. The airplane was operated by American Airlines as Flight 645, under the provisions of Title 14 CFR Part 121, and instrument flight rules. Instrument meteorological conditions prevailed and an IFR flight plan was filed. The Airline Transport Pilot, Co-pilot, 9 flight attendants and 235 passengers were not injured, and the airplane sustained minor damage. The flight originated at the John F Kennedy airport, New York, New York at 1041.
In accordance with the International Standards and Recommended Practices of ICAO Annex 13, paragraph 5.1, the state of occurrence, Montego Bay, Jamaica, in a letter dated December 18, 1997, delegated the accident investigation to the state of registry/operator, the United States of America, and the NTSB is responsible for the investigation and report.
According to the flying pilot, the existing wind information was different from the planned wind information, resulting in a "circle to land" approach on runway 25. The downwind leg and turn to final were normal with the airplane in the proper configuration, on speed, and "in the slot". As per the final approach checklist the pilot armed the spoilers for deployment on main wheel touchdown. Upon touchdown the airplane bounced and the pilot said he increased the pitch attitude of the airplane to soften the second touchdown. On the second touchdown, a flight attendant heard a loud bang in the aft section of the airplane. Post flight inspection revealed damage to the tail skid area on the underside of the airplane.
According to the flight manual, the deployment of the ground spoilers induces a 2 degree pitch up and increases the sink rate of the aircraft, therefore contributing to the higher pitch angle that can result in tail strikes. In the American Airlines A300 operating manual under touchdown, it states that "no attempt should be made to hold the airplane off by further increase in attitude." According to the flight data recorder the pitch attitude reached a maximum of 11.78 degrees which occurred when the airplane touched down for the second time. The tail strike pitch attitude for the A300-600 is 11.4 degrees.
Sequence of events
NTSB’s coding before 2008: each occurrence and phase of flight, and the causes and factors under it. The codes are defined in NTSB’s coding manual.
Aircraft
- Registration
- N90070
- Reported as
- Airbus Industrie A-300-600 (A300-600)
- Category
- Airplane
- Serial number
- 513
- Airframe hours
- 24,372
- Engine
- GE CF6-80C2A5, 57,000 lbs thrust, turbo fan
- Damage
- Minor damage
- Flight
- Part 121
- Operator
- American Airlines
- Registered owner
- Orix Aircraft Corp.
- Airworthiness certificate
- Standard, Transport
- Last inspection
- Continuous airworthiness · November 20, 1997 · 1,779 hours before
- Departed
- JFK · Jfk, NY
- Destination
- MBJ
- Flight plan
- IFR
- Airport
- MBJ · Sangster International, runway 25, 8,400 × 150 ft, asphalt
Matched to the registry by N-number and the event date; the registry’s history has gaps, so older matches can be wrong. Compare the reported make and model.
Flight crew
As NTSB recorded them. NTSB leaves out names.
- Role
- Pilot
- Age
- 42
- Certificate
- Airline transport
- Airplane ratings
- Multi-engine land
- Instrument ratings
- Airplane
- Medical
- Class 1, Valid Medical--no waivers/lim.
- Seat
- Left
- Flight hours
- 14,380 total · 3,378 in this make and model
Weather
- Conditions
- Instrument (IMC) · Day
- Wind
- 300° at 12 knots
- Visibility
- 5 statute miles
- Lowest ceiling
- 3,200 ft broken
- Temperature
- 77 °F
- Altimeter
- 29.00 inHg
- Observed at
- MBJ
FAA reports on this event · 1
The FAA’s own accident and incident reports, matched to the aircraft by N-number and date.
Other investigations on N90070 · 1
Matched to the same aircraft by N-number and date.