Jump to content

FedEx Express Flight 80

Coordinates: 35°45′35″N 140°22′40″E / 35.75972°N 140.37778°E / 35.75972; 140.37778
From Wikipedia, the free encyclopedia
(Redirected from Federal Express Flight 80)
FedEx Express Flight 80
The wreckage of FedEx 80
Accident
DateMarch 23, 2009
SummaryCrashed on hard landing due to bounced landing caused by pilot error
SiteNarita International Airport, Narita, Chiba Prefecture, Japan
35°45′35″N 140°22′40″E / 35.75972°N 140.37778°E / 35.75972; 140.37778
Aircraft
Aircraft typeMcDonnell Douglas MD-11F
OperatorFedEx Express
IATA flight No.FX80
ICAO flight No.FDX80
Call signFEDEX 80
RegistrationN526FE[1]
Flight originGuangzhou Baiyun International Airport, Guangzhou, China
DestinationNarita International Airport, Narita, Chiba Prefecture, Japan
Occupants2
Crew2
Fatalities2
Survivors0

FedEx Express Flight 80 was a scheduled cargo flight from Guangzhou Baiyun International Airport in China, to Narita International Airport in Narita, Chiba Prefecture (near Tokyo), Japan. On March 23, 2009, the McDonnell Douglas MD-11F (N526FE)[2] operating the flight crashed at 6:48 am JST (21:48 UTC, March 22), while attempting a landing on Runway 34L in gusty wind conditions. The aircraft became destabilized at flare and touchdown resulting in an unrecovered "bounced" landing with structural failure of the landing gear and airframe following pilot error due to poor training for bounced landings. The plane came to rest off the runway, inverted, and burning fiercely.[3][4] The captain and first officer, the jet's only occupants, were both killed.[5]

Accident

[edit]

After making an approximately 1,800-mile (1,600 nmi; 2,900 km) overnight flight from Guangzhou, China, the air crew made an early morning approach to Narita Airport outside Tokyo.[1] Other traffic landing just ahead of the accident aircraft reported "wind shear" at an altitude of under 600 meters (2,000 ft)," and this information was relayed to the FedEx aircrew.[4] Surface winds at the time of the accident were reported from 320° at 26 knots (30 mph; 13 m/s; 48 km/h) gusting to 40 knots (46 mph; 21 m/s; 74 km/h).[6] After making a hard landing on runway 34L, the plane bounced three times, coming back down on its nose gear first (a condition called "porpoising") resulting in the loss of directional and altitudinal control. The left wing struck the ground as the gear failed, causing the aircraft to veer to the left, burst into flames and invert as the airframe broke up, and came to rest upside down in the grass to the left of the runway.[3][4][7] It took firefighters about two hours to extinguish the blaze, which completely destroyed the aircraft and its contents.[7]

Fatalities

[edit]

The only people on board the aircraft were the Captain, Kevin Kyle Mosley, 54, of Hillsboro, Oregon, and First Officer Anthony Stephen Pino, 49, of San Antonio, Texas.[5] Both pilots were taken to the Japanese Red Cross Narita Hospital (成田赤十字病院 Narita Seki Jūji Byōin) where they were pronounced dead. Captain Mosley, a former United States Marine Corps (1977–1983) fighter pilot, had been with FedEx Express since July 1, 1996, and had accumulated more than 12,800 total career flight hours, including 3,648 hours on the MD-11.[8] First Officer Pino, a former C-5 Galaxy pilot in the United States Air Force (1981–2004), joined FedEx Express in 2006 and had accumulated more than 6,300 total career flight hours, 879 of them on the MD-11.[5] Nobody on the ground was injured.

Runway closure

[edit]

Runway 16R/34L (length 13,125 feet (4,000 m)) was closed for many hours after the accident (with passenger flight cancellations or delays), leaving the shorter 16L/34R as the only available active runway.[9][10] As a result, many flights operated by larger aircraft had to be canceled or diverted to other airports such as nearby Haneda Airport, as 16L/34R is too short (length 7,150 feet (2,180 m)) for some types to operate safely, and some large aircraft types such as Boeing 777-300ER and Airbus A340-600 are restricted from using taxiway "B" (Bravo) which services that runway because of inadequate horizontal clearances.[11]

Aircraft

[edit]
The aircraft involved in the accident, photographed two days before the accident at the same airport.
The aircraft involved when still in service with Delta Air Lines.

The aircraft was built in 1994[12] as an MD-11 passenger airliner. It was acquired temporarily by NASA to use as the test bed for their Propulsion-Controlled Aircraft system (PCA) in 1995.[13][14] Later it was owned and operated by Delta Air Lines from 1996 to 2004 under the FAA registration N813DE in such configuration.[15] The trijet was sold to FedEx in October 2004 when Delta retired its MD-11 fleet in favor of switching to more-efficient twin-engine Boeing 767s and Boeing 777s on its long-haul routes. Following its acquisition by FedEx, the plane was stored at Phoenix Goodyear Airport in Goodyear, Arizona[16] pending its conversion there to an MD-11F by Dimension Aviation, Inc.[permanent dead link], Boeing's Douglas Products Division airframe conversion contractor located at that field. The aircraft entered service with FedEx in its all-cargo configuration in late 2006 as N526FE. It was powered by three Pratt & Whitney PW4462 engines.[17]

Cause

[edit]

The Japan Transport Safety Board (JTSB)[18] dispatched six investigators to the airport.[19] The United States' National Transportation Safety Board (NTSB) sent a team to Japan to assist with the investigation.[10][20][21] The crash was FedEx's second fatal accident involving a jet aircraft, following the loss of a FedEx owned B747-249F that crashed February 18, 1989, near Kuala Lumpur, while still painted in the Flying Tigers livery after the acquisition of the Flying Tigers Line by FedEx in December 1988. This was the first fatal accident at Narita Airport.[2][10]

The accident was attributed by the JTSB to a series of "porpoising oscillations" that developed during touchdown,[22]: 97  following a high sink rate during the final approach. The first officer executed a late flare, in which sink rate was not suppressed until the plane was nearly on the runway, but which also would minimize "float" that might carry the plane further down the runway and reduce its safe stopping distance, or carry it off the centerline in the existing crosswinds. This high touchdown sink rate, coupled with large nose-up inputs, caused the first bounce. A large nose-down input was applied, causing a touchdown on the nose gear. This deviates from approved procedures for the MD-11 during a bounce, which specifies the pilot is to hold a pitch angle of 7.5 deg and use thrust to adjust the descent rate. The plane bounced off this second touchdown, pitching upward. The large control inputs by the first officer resulted in a hard touchdown on the main landing gear. This final touchdown was hard enough (1,200 ft/min (370 m/min)) to cause the left wing to fail as the left main landing gear transferred force up into the wing, exceeding its design limit. The JTSB report suggested the fire might have been averted if the landing gear fuse pin had failed as designed, but that much of the touchdown force was horizontal to the pin rather than vertical, keeping it intact. The report also cited the crew's use of autothrottle during landing despite gusty wind conditions.[citation needed]

As a result of this accident the Japan Transport Safety Board published its final report on April 26, 2013, in which it made a number of new safety recommendations including that "in order to reduce the occurrence of MD-11 series airplanes' severe hard landing and bounce in which an overload is transferred to the MLGs and their supporting structure, the Boeing Company should improve the controllability and maneuver characteristics by improving the LSAS (Longitudinal Stability Augmentation System) functions, reducing the AGS (Auto Ground Spoilers) deployment delay time and other possible means. Possible improvement on LSAS functions may include: a function to limit large nose-down elevator input during touchdown phase, which is a common phenomenon in severe hard landing cases accompanied by structural destruction for MD-11; and a function to assist bounce recovery and go-around in case of bounce. In order to help pilots to conduct recovery operation from large bounces and judge the necessity of go-around, studies should be made to install a visual display and an aural warning system which show gear touchdown status on MD-11 series airplanes."[22]: 97 

The investigation into the two pilots' performance during Flight 80 found that both exhibited signs of lack of sleep and fatigue, and the first officer was heard on the cockpit voice recorder talking about how he had not slept very much prior to operating the flight.[22]: 14  A look at both pilots' activity in the days leading up to the flight found that, based on accounts from hotel staff, credit card transactions, and other signs of activity, neither pilot could have had more than four hours of consecutive sleep in the twenty-four hours leading up to the crash.[citation needed]

Additionally, the pilot flying, First Officer Anthony Pino, usually served as a relief pilot, taking control in the middle of long-haul flights. He therefore had little experience in landing the MD-11, and performed landings very infrequently.[citation needed]

1997 FedEx MD-11F accident

[edit]

On July 31, 1997, another FedEx MD-11F (N611FE), operating as FedEx Express Flight 14, was written off after a similar destabilized landing accident at Newark Liberty International Airport. After a flight from Anchorage, Alaska, that aircraft crashed at the airport just before midnight when it bounced twice after a hard touchdown on Runway 22R, resulting in the failure of the right main landing gear. As in the Narita accident, the plane also caught fire as the airframe broke up, flipped over, and came to rest inverted off the runway. The captain, first officer, and three passengers on board all survived the 1997 Newark crash and were able to escape from the burning aircraft with only minor injuries.[23]

[edit]

The crashes of both FedEx Express Flights 80 and 14 were covered on Season 14 of Mayday (Air Crash Investigation), episode 5 (episode 114 overall), titled The Final Push.[24]

See also

[edit]

References

[edit]
  1. ^ a b "ASN Aircraft accident McDonnell Douglas MD-11F N526FE Tokyo-Narita Airport (NRT)". aviation-safety.net. Retrieved 2023-10-23.
  2. ^ a b Ranter, Harro. "FedEx". aviation-safety.net. Aviation Safety Network.
  3. ^ a b "FedEx jet crashes at Narita; pilots die". The Japan Times. March 24, 2009. Archived from the original on March 24, 2009. Retrieved March 24, 2009.
  4. ^ a b c "Cargo plane crashes at Narita, killing 2". Asahi Shimbun. March 24, 2009. Archived from the original on May 6, 2009. Retrieved March 24, 2009.
  5. ^ a b c "FedEx Express Releases Additional Information Regarding FedEx Express Flight 80" (Press release). FedEx. 2009-03-23. Archived from the original on 2009-03-26. Retrieved 2009-03-24.
  6. ^ Weather at Narita at the time of accident: 2009/03/22 21:30Z RJAA 320 26G40KT 9999 FEW020 12/M02 Q0999 WS R34L NOSIG
  7. ^ a b "FedEx Plane Crash Lands At Narita Airport, 2 Confirmed Dead". Nikkei Inc. March 23, 2009. Archived from the original on March 27, 2009. Retrieved April 13, 2016.
  8. ^ "Kevin Mosley Obituary (2009) - Portland, OR - The Oregonian". The Oregonian. March 29, 2009. Retrieved 2023-10-23 – via Legacy.com.
  9. ^ "Cargo plane crashes at Tokyo airport". NBC News. March 22, 2009. Retrieved March 22, 2009.
  10. ^ a b c "Deadly plane crash at Tokyo airport". CNN. March 22, 2009. Retrieved March 22, 2009.
  11. ^ "International Industry Working Group (IIWG), 50th Meeting, Cape Town, Republic of South Africa, August,18-20, 2004, Final Meeting Report, Nov 12, 2004". In re: Narita International Airport, Japan: "Since August 3, 2004, further ground movement restrictions exist for the B777-300 ER and the A340-600 aircraft to use rwy 16L/34R due to clearance limitations on Taxiway B." [permanent dead link]
  12. ^ "McDonnell Douglas MD-11F - MSN 48600 N526FE". FAA. Archived from the original on February 17, 2012. Retrieved March 24, 2009.
  13. ^ "Federal Express N526FE (McDonnell Douglas MD-11 - MSN 48600) (Ex N813DE N90178 N9017S ) | Airfleets aviation". www.airfleets.net. Retrieved 2019-07-28.
  14. ^ Conner, Monroe (2015-06-25). "MD-11 Propulsion Controlled Aircraft". NASA. Retrieved 2019-07-28.
  15. ^ "N813DE". Aviation Safety Network. Archived from the original on March 27, 2009.
  16. ^ "N813DE in storage at Goodyear - Phoenix / Goodyear (Litchfield Municipal) (GYR), April, 2004". Airliners.net. Retrieved March 23, 2009.
  17. ^ "N813DE (cn 48600/560)". Airliners.net. Retrieved March 23, 2009. No longer in service with Delta and now owned by Fed Ex, the aircraft is seen parked on the Fed Ex maintenance ramp at Los Angeles prior to its conversion to a freighter. (2006)
  18. ^ JTSB was established on October 1, 2008 by integrating ARAIC (Aircraft and Railway Accidents Investigation Commission) and JMAIA (Japan Marine Accident Inquiry Agency).
  19. ^ "FedEx jet crashes at Narita / Pilot, copilot die in airport's 1st fatal accident; wind blamed". Yomiuri Shimbun. March 24, 2009. Archived from the original on March 27, 2009. Retrieved March 24, 2009.
  20. ^ "Two dead in courier plane crash". The Australian. March 23, 2009. Archived from the original on March 26, 2009. Retrieved March 23, 2009.
  21. ^ "FedEx plane crashes, explodes on landing in Tokyo". Reuters. March 22, 2009. Retrieved March 22, 2009.
  22. ^ a b c "JTSB Aircraft Accident Investigation Report. Federal Express Corporation N526FE" (PDF). Japan Transport Safety Board. 2013-04-26. Archived (PDF) from the original on 2013-04-01.
  23. ^ Crash During Landing, Federal Express, Inc. McDonnell Douglas MD-11, N611FE, Newark International Airport, Newark, New Jersey, July 31, 1997 (PDF). National Transportation Safety Board. July 25, 2000. NTSB/AAR-00/02. Retrieved April 8, 2015.
  24. ^ "Air Crash Investigation Death at Narita". TV Guide. Archived from the original on March 9, 2016. Retrieved 9 March 2016.
[edit]
Wikinews has related news:
Retrieved from "https://wiki.riteme.site/w/index.php?title=FedEx_Express_Flight_80&oldid=1254009539"