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Gol Transportes Aéreos Flight 1907

The wreckage of Flight 1907
Accident
Date	29 September 2006
Summary	Mid-air collision
Site	Amazon Rainforest, Peixoto de Azevedo Mato Grosso, Brazil 10°26′30″S 53°18′47″W / 10.44167°S 53.31306°W / -10.44167; -53.31306
Total fatalities	154
Total survivors	7
First aircraft
PR-GTD, the Boeing 737-800 involved in the accident
Type	Boeing 737-8EH(SFP)
Operator	Gol Transportes Aéreos
IATA flight No.	G31907
ICAO flight No.	GLO1907
Call sign	GOL 1907
Registration	PR-GTD
Flight origin	Eduardo Gomes International Airport, Manaus, Brazil
Stopover	Brasília International Airport
Destination	Rio de Janeiro/Galeão International Airport Rio de Janeiro, Brazil
Occupants	154
Passengers	148
Crew	6
Fatalities	154
Survivors	0
Second aircraft
N600XL, the Legacy 600 involved, seen in 2015 after being re-registered as XA-MHA
Type	Embraer Legacy 600
Operator	ExcelAire (delivery flight)
Call sign	NOVEMBER 600 X-RAY LIMA
Registration	N600XL
Flight origin	São José dos Campos Airport, Brazil
1st stopover	Eduardo Gomes International Airport, Brazil
2nd stopover	Fort Lauderdale–Hollywood International Airport, Florida
Destination	Long Island MacArthur Airport, Ronkonkoma, New York
Occupants	7
Passengers	5
Crew	2
Fatalities	0
Survivors	7

On 29 September 2006, Gol Transportes Aéreos Flight 1907, a Boeing 737-800 on a scheduled domestic passenger flight from Manaus, Brazil, to Brasília and Rio de Janeiro, collided mid-air with an Embraer Legacy 600 business jet flying on an opposite heading over the Brazilian state of Mato Grosso. The winglet of the Legacy sliced off about half of the 737's left wing, causing the 737 to break up and crash into an area of dense jungle, killing all 154 passengers and crew. Despite sustaining serious damage to its left wing and tail, the Legacy landed with its seven occupants uninjured.

The accident was investigated by the Brazilian Aeronautical Accidents Investigation and Prevention Center (Portuguese: Centro de Investigação e Prevenção de Acidentes Aeronáuticos – CENIPA) and the U.S. National Transportation Safety Board (NTSB), and a final report was issued in 2008. CENIPA concluded that the accident was caused by air traffic control (ATC) errors, combined with mistakes made by the American pilots on the Legacy, including a failure to recognize that their traffic collision avoidance system (TCAS) was not activated, while the NTSB determined that both flight crews acted properly and were placed on a collision course by ATC, deeming the Legacy pilots' disabling of their TCAS system to be only a contributing factor rather than a direct cause.

The accident, which triggered a crisis in Brazilian civil aviation, was the deadliest in Brazil's aviation history at the time. It remains the second-worst plane crash in Brazil, after TAM Airlines Flight 3054 in 2007. This accident was also the first hull loss of a Boeing 737 Next Generation aircraft, the first fatal accident of a Boeing 737-800, and the first Boeing 737 Next Generation accident to result in fatalities on board the aircraft; as of November 2023, it is still the third-deadliest accident involving the 737 Next Generation series, after Ukraine International Airlines Flight 752 and Air India Express Flight 812.

Background

Boeing aircraft and crew

The Gol Transportes Aéreos twin turbofan Boeing 737-800 aircraft, registered as PR-GTD, was a new Short Field Performance variant, with 186 seats (36 Economy Plus and 150 Economy seats). It only logged 202 hours and 18 minutes of flight time in 162 takeoff and landing cycles before the collision.

Six crew members and 148 passengers were on board the Boeing airliner. The six crew members and 105 of the passengers were Brazilian; the remaining passengers were of various other nationalities. The crew consisted of Captain Decio Chaves Jr., 44, First Officer Thiago Jordão Cruso, 29, and four flight attendants. The captain, who had also been serving as a Boeing 737 flight instructor for Gol, had 15,498 total flight hours, with 13,521 in Boeing 737 aircraft. The first officer had 3,981 total flight hours, with 3,081 in Boeing 737 aircraft.

Gol Flight 1907 departed Eduardo Gomes International Airport in Manaus on 29 September 2006, at 15:35 Brazilian standard time (BRT) (18:35 UTC), en route to Rio de Janeiro–Galeão International Airport, with a planned intermediate stop at Brasília International Airport.

Embraer aircraft and crew

The twin turbofan Embraer Legacy 600 business jet, serial number 965 and registration N600XL, newly built by Embraer and purchased by ExcelAire Service Inc. of Ronkonkoma, New York, was on a delivery flight by ExcelAire from the Embraer factory to the United States. It departed from São José dos Campos-Professor Urbano Ernesto Stumpf Airport (SJK), near São Paulo, at 14:51 BRT (17:51 UTC), and was en route to Eduardo Gomes International Airport (MAO) in Manaus as a planned intermediate stop.

The ExcelAire flight crew consisted of Captain Joseph Lepore, 42, and First Officer Jan Paul Paladino, 34, both U.S. citizens. Lepore had been a commercial pilot for more than 20 years and had logged 9,388 total flight hours, with 5.5 hours in the Legacy 600. Paladino had been a commercial pilot for a decade and had accumulated more than 6,400 flight hours, including 3.5 hours in the Legacy 600, as well as 317 hours flying as captain of Embraer ERJ-145 and ERJ-135 jet aircraft for American Eagle Airlines. (The ERJ-145 and ERJ-135 aircraft are regional jets of the same family as the Legacy.) Paladino had also served as first officer for American Airlines, flying MD-82, MD-83, and Boeing 737-800 aircraft between the U.S. and Canada. Both pilots were legally qualified to fly the Embraer Legacy as captain.

Two of the five passengers were Embraer employees, two were ExcelAire executives, and the fifth passenger was The New York Times business travel columnist Joe Sharkey, who was writing a special report for Business Jet Traveler.

Accident

At 16:56:54 BRT (19:56:54 UTC), the Boeing 737 and the Embraer Legacy jet collided almost head-on at 37,000 feet (11,278 m), approximately midway between Brasília and Manaus, near the town of Matupá, 750 kilometres (466 mi; 405 nmi) southeast of Manaus. The left winglet of the Embraer sheared off about half of the 737's left wing (the 737's left engine was unaffected, remaining attached to the wing part that stayed attached to the aircraft), causing the 737 to nosedive and enter an uncontrollable spin, which quickly led to an in-flight breakup. The cockpit voice recorder (CVR) cut off at 16:57:46, less than a minute after the collision.

The Boeing 737 eventually crashed into an area of dense rainforest, 200 kilometres (124 mi; 108 nmi) east of the municipality of Peixoto de Azevedo. All 154 passengers and crew died and the aircraft was destroyed, with the wreckage scattered in pieces around the crash site.

The Embraer jet was able to continue flying, despite serious damage to the left horizontal stabilizer and left winglet, though its autopilot disengaged and it required an unusual amount of force on the yoke to keep the wings level.

With radio relay assistance from Polar Air Cargo Flight 71, a Boeing 747 cargo aircraft flying in the area at the time, the Embraer's crew successfully landed the crippled jet at Cachimbo Airport, part of the large military complex Campo de Provas Brigadeiro Velloso, at about 160 kilometres (100 mi; 90 nmi) from the collision point.

Passenger and journalist Joe Sharkey described his experience on board the Embraer in an article for The New York Times, titled "Colliding With Death at 37,000 Feet, and Living", filed on 1 October 2006:

And it had been a nice ride. Minutes before we were hit, I had wandered up to the cockpit to chat with the pilots, who said the plane was flying beautifully. I saw the readout that showed our altitude: 37,000 feet. I returned to my seat. Minutes later came the strike (it sheared off part of the plane's tail, too, we later learned).

Detention and charging of Embraer crew

Immediately after the Embraer's emergency landing at the Cachimbo air base, Brazilian Air Force and Agência Nacional de Aviação Civil (ANAC) officials detained and interviewed the flight crew. The two "black boxes"—the cockpit voice recorder (CVR) and the flight data recorder (FDR)—were removed from the Embraer, and sent to São José dos Campos, São Paulo, and from there to Ottawa, Canada, at the Transportation Safety Board (TSB) laboratories, for analysis.

In an initial deposition, the Embraer flight crew testified that they were cleared to flight level 370, about 37,000 feet (11,278 m) above mean sea level, by Brasília ATC, and were level at that assigned altitude when the collision occurred. They also asserted that they had lost contact with Brasília ATC at the time of the collision, and their anticollision system did not alert them to any oncoming traffic.

On 2 October 2006, the Embraer's captain and first officer were ordered by the Mato Grosso Justice Tribunal to surrender their passports pending further investigation. The request, made by the Peixoto de Azevedo prosecutor, was granted by Judge Tiago Sousa Nogueira e Abreu, who stated that the possibility of pilot error on the part of the Embraer crew could not be ruled out. The Embraer crew was forced to remain in Brazil until their passports were released to them on 5 December 2006, more than two months after the accident, after federal judge Candido Ribeiro ruled no legal grounds existed for "restricting the freedom of motion of the foreigners."

Prior to their scheduled departure to the United States, the crew was formally charged by Brazilian Federal Police with "endangering an aircraft", which carries a penalty up to 12 years in prison. The two pilots had to explain why they had not switched on the transponder. They were allowed to leave the country after signing a document promising to return to Brazil for their trials or when required by Brazilian authorities. They picked up their passports and flew back to the U.S.

Search and recovery operation

The Brazilian Air Force (the Força Aérea Brasileira or "FAB") sent five fixed-wing aircraft and three helicopters to the region for an extensive search and rescue (SAR) operation. As many as 200 personnel were reported to be involved in the operation, among them a group of Kayapo people familiar with the forest. The crash site of Gol Flight 1907 was spotted on 30 September by the air force, at coordinates, 200 kilometres (120 mi; 110 nmi) east of Peixoto de Azevedo, near Fazenda Jarinã, a cattle ranch. Rescue personnel reportedly were having difficulty reaching the crash site due to the dense forest. The Brazilian airport operating company, Infraero, at first indicated the possibility of five survivors, but a later statement from the Brazilian Air Force, based on data collected by their personnel, who rappelled to the crash site, and local police who assisted in the SAR effort, confirmed no survivors. Brazilian President Luiz Inácio Lula da Silva declared three days of national mourning.

The FDR and a nondata part of the cockpit voice recorder (CVR) from the Boeing 737 were found on 2 October 2006 and handed over to the investigators, who sent them to the TSB for analysis. On 25 October 2006, after nearly four weeks of intensive searching in the jungle by about 200 Brazilian Army troops equipped with metal detectors, the memory module of the Boeing's cockpit voice recorder was found. The module was discovered intact, separated from other wreckage pieces, embedded in about 20 centimetres (8 in) of soil, and was also sent for analysis by the TSB in Canada.

On 4 October, the recovery crews began moving the bodies to the temporary base established at the nearby Jarinã ranch. The FAB deployed a C-115 Buffalo aircraft to transport the bodies to Brasília for identification.

The recovery teams worked intensively for nearly seven weeks in a dense jungle environment, searching for and identifying the victims' remains. All the victims had been recovered and identified by DNA testing by 22 November 2006.

Investigation

The accident was investigated by the Brazilian Air Force's Aeronautical Accidents Investigation and Prevention Center (CENIPA) and the U.S. National Transportation Safety Board (NTSB). In accordance with the provisions of ICAO Annex 13, the NTSB participated in the investigation as representative for the state (country) of manufacture of the Boeing, state of registry and operator of the Embraer, and state of manufacture of the Honeywell avionics equipment installed in both planes.

Once the black boxes and communication transcripts were obtained, the investigators interviewed the Legacy jet's flight crew and the air traffic controllers, trying to piece together the scenario that allowed two modern jet aircraft, equipped with the latest anticollision gear, to collide with each other while on instrument flights in positive control airspace.

The Embraer's flight plan consisted of flying at FL370 to Brasília, on airway UW2, followed by a planned descent at Brasília to FL360 (about 36,000 feet ), proceeding outbound from Brasília northwest-bound along airway UZ6 to the Teres fix, an aeronautical waypoint located 282 nautical miles (325 mi; 522 km) northwest of Brasília, where a climb to FL380 (about 38,000 feet ) was planned. According to the filed flight plan, the Embraer was scheduled to have been level at FL380, proceeding towards Manaus, while passing the eventual collision point, which was about 307 kilometres (191 mi; 166 nmi) northwest of Teres.

The Embraer's crew asserted in their depositions and subsequent interviews that they were cleared by ATC to FL370 for the entire trip, all the way to Manaus. The actual transcript of the clearance given to the Embraer's crew prior to takeoff at São José dos Campos at 14:41:57, as later released by CENIPA, was:

November Six Zero Zero Xray Lima, ATC clearance to Eduardo Gomes, flight level three seven zero direct Poços de Caldas, squawk transponder code four five seven four, after take-off perform Oren departure.

The Embraer's crew's altitude clearance to FL370 was further confirmed after their handoff to Brasília, during which they had the following radio exchange with ATC at 15:51.

This was the last two-way radio communication between the Embraer's crew and ATC prior to the collision.

Embraer flight and communication sequence

The Embraer took off from São José dos Campos at 14:51, reaching FL370 at 15:33, 42 minutes later, where it remained until the collision.

ATC maintained normal two-way radio contact with the Embraer until 15:51, when the last successful radio exchange with the Embraer was made on VHF frequency 125.05 MHz with Brasília Center. At that point, the Embraer was just approaching the Brasília VOR. The Embraer overflew the Brasília VOR at 15:55, four minutes later, and proceeded northwest-bound along UZ6. At 16:02, seven minutes after crossing the Brasília VOR, secondary radar contact was lost with the Embraer, thus stopping the display of the Embraer's reported altitude (mode C) on the controller's radar screen.

No attempt was made by either the Embraer or Brasília Center to contact each other from 15:51 until 16:26, when, 24 minutes after the loss of secondary radar contact, Brasília Center called the Embraer and received no reply.

Brasília Center then unsuccessfully attempted to contact the Embraer six more times, between 16:30 and 16:34. At 16:30, the Embraer's primary radar target became intermittent, and disappeared completely from the radar screen by 16:38. Brasília Center unsuccessfully attempted to effect a handoff of the Embraer to Amazonic Center at 16:53, by calling the Embraer in the blind.

The Embraer, though, started calling Brasília Center, also unsuccessfully, from 16:48 and continued with 12 more unsuccessful attempts until 16:53. Some limited contact was made at that point, but the Embraer was unable to copy the Amazonic Center frequencies. The Embraer then continued its attempts to reach Brasília Center, seven more times until the collision.

The collision occurred at 16:56:54 BRT (19:56:54 UTC) at FL370, and neither TCAS had activated or alerted its respective crew, nor did any crew see the oncoming traffic visually or initiate any evasive action prior to the collision. While both planes were equipped with TCAS, the Embraer's transponder was later determined to have ceased operating almost an hour earlier, at 16:02, rendering both planes unable to automatically detect each other.

At 16:59:50, about three minutes after the collision, Amazonic Center started to receive the Embraer's secondary radar reply, with its correct altitude and last assigned code. At 17:00:30 Amazonic Center unsuccessfully attempted to contact the Embraer by radio.

The Embraer started calling on the emergency frequency, 121.5 MHz, immediately after the collision, but as later determined in the CENIPA report, the emergency transceivers in the area were not operational, thus the crew was unable to reach ATC on that frequency.

At 17:01:06, the Embraer established contact on the emergency frequency with a Boeing 747 cargo aircraft, Polar 71, which attempted to relay to ATC their request for an emergency landing, and continued to provide relay and translation assistance to the Embraer until its eventual landing.

At 17:18:03, the Embraer contacted the Cachimbo Airport control tower directly to coordinate its emergency landing there, and landed safely at Cachimbo at 17:23:00.

Gol 1907 flight and communication sequence

Gol 1907 took off from Manaus at 15:35, flying southeast-bound along UZ6 and reaching FL370 at 15:58, 23 minutes later, where it remained until the collision. There were no radio or radar contact problems with the flight until its handoff to Brasília Center. No known attempts were made by ATC to warn Flight 1907 of the conflicting traffic.

NTSB safety recommendation

On 2 May 2007, the NTSB issued a safety recommendation document that included an interim summary of the investigation to date, as well as some immediate safety recommendations that the NTSB believes should be implemented by the U.S. Federal Aviation Administration (FAA) to enhance flight safety. The NTSB reported that the Embraer apparently experienced a TCAS outage, unknown to its flight crew prior to the collision, according to the CVR:

Preliminary findings in the ongoing investigation indicate that for reasons yet to be determined, the collision avoidance system in the Legacy airplane was not functioning at the time of the accident, thereby disabling the system's ability to detect and be detected by conflicting traffic. In addition, CVR data indicate that the flight crew was unaware that the collision avoidance system was not functioning until after the accident.

The NTSB added that the design of the Embraer's avionics is such that the nonfunctioning of the TCAS that apparently occurred is shown by a small static white text message, which may not be noticeable by the flight crew. The NTSB noted:

Using only static text messages to indicate a loss of collision avoidance system functionality is not a reliable means to capture pilots' attention because these visual warnings can be easily overlooked if their attention is directed elsewhere in the flight environment.

Based on its observations, the NTSB recommended to the FAA that design changes be implemented to improve the noticeability of TCAS announcements, and that the FAA advise pilots of all aircraft types to familiarize themselves with the details of this accident, with the ways in which a pilot could inadvertently cause the loss of transponder and/or TCAS function, and how to recognize a loss of function.

Final reports

CENIPA report

On 10 December 2008, more than two years after the accident, CENIPA issued its final report, describing its investigation, findings, conclusions, and recommendations. The CENIPA report includes a "Conclusions" section that summarizes the known facts and lists a variety of contributing factors relating both to air traffic controllers and to the Legacy jet's flight crew. According to CENIPA, the air traffic controllers contributed to the accident by originally issuing an improper clearance to the Embraer, and not catching or correcting the mistake during the subsequent handoff to Brasília Center or later on. CENIPA also found errors in the way the controllers handled the loss of radar and radio contact with the Embraer.

CENIPA concluded that the ExcelAire pilots also contributed to the accident with, among other things, their failure to recognize that their transponder was inadvertently switched off, thereby disabling the collision avoidance system on both aircraft, as well as their overall insufficient training and preparation.

NTSB report

The NTSB issued its own report on the accident, which was also appended to the CENIPA report with the following probable cause statement:

The evidence collected during this investigation strongly supports the conclusion that this accident was caused by N600XL and GOL1907 following ATC clearances, which directed them to operate in opposite directions on the same airway at the same altitude resulting in a midair collision. The loss of effective air traffic control was not the result of a single error, but of a combination of numerous individual and institutional ATC factors, which reflected systemic shortcomings in emphasis on positive air traffic control concepts.

The NTSB further added these contributing factors:

Contributing to this accident was the undetected loss of functionality of the airborne collision avoidance system technology as a result of the inadvertent inactivation of the transponder on board N600XL. Further contributing to the accident was inadequate communication between ATC and the N600XL flight crew.

Conflicting CENIPA and NTSB conclusions

CENIPA and the NTSB collaborated in the accident investigation, and while agreeing on most of the basic facts and findings, the two organizations arrived at conflicting interpretations and conclusions. The CENIPA report concluded that the accident was caused by mistakes made both by ATC and the ExcelAire pilots, whereas the NTSB report focused on the controllers and the ATC system, concluding that both flight crews acted properly, but were placed on a collision course by the ATC.

According to Aviation Week, "the U.S. National Transportation Safety Board (NTSB) strongly disagreed with the Brazilian conclusions regarding the Legacy pilots' actions as a causal factor, noting, 'The crew flew the route precisely as cleared and complied with all ATC instructions,' as did the GOL airlines crew." Aviation Week adds that "the Brazilian military operates that country's air traffic control system, conducted the investigation, and authored the report."

Aftermath

Aviation crisis

The crash of Flight 1907 precipitated a major crisis in Brazil's civil aviation system, which included lengthy flight delays and cancellations, ATC work-to-rule slowdowns and strikes, and public-safety concerns about Brazil's airport and air traffic infrastructure.

Historically, Brazil was ruled by its armed forces from 1964 until 1985. Since then, a civilian government has taken over, but the country's airways (as of 2018) continue to be controlled and operated by the Brazilian Air Force (FAB) via their Department of Airspace Control (Portuguese: Departamento de Controle do Espaço Aéreo (DECEA)), overseen by a civilian defense minister. Most of Brazil's air traffic controllers are military non-commissioned officers, and all area control centers are run by the FAB.

In October 2006, as details surrounding the crash of Flight 1907 began to emerge, the investigation seemed to be at least partly focused on possible ATC errors. This led to increasing resentment by the controllers and exacerbated their already poor labor relations with their military superiors. The controllers complained about being overworked, underpaid, overstressed, and forced to work with outdated equipment. Many have poor English skills, limiting their ability to communicate with foreign pilots, which played a role in the crash of Flight 1907. In addition, the military's complete control of the country's aviation was criticized for its lack of public accountability.

Amid rising tensions, the air traffic controllers began staging a series of work actions, including slowdowns, walkouts, and even a hunger strike. This led to chaos in Brazil's aviation industry – major delays and disruptions in domestic and international air service, stranded passengers, cancelled flights, and public demonstrations. Those who blamed various civilian and military officials for the growing crisis called for their resignations.

On 26 July 2007, following an even deadlier crash on 17 July (TAM Airlines Flight 3054) that killed 199 people, President Luiz Inácio Lula da Silva fired his defense minister, Waldir Pires, who had been in charge of the country's aviation infrastructure and safety since March 2006, and was widely criticized for their failures. On the same day, Lula appointed former Supreme Court president Nelson Jobim to replace Pires, and vowed to improve Brazil's ATC system.

Legal action

Civil litigation

On 6 November 2006, the families of 10 of the deceased filed a lawsuit for negligence against ExcelAire and Honeywell, alleging that the ExcelAire pilots were flying at an "incorrect altitude" and that the Honeywell transponder was not functioning at the time of the collision. Other suits were subsequently filed on behalf of other victims, with similar allegations against ExcelAire and Honeywell. The victims' families also filed suits against other U.S.-based defendants, including the two Embraer pilots, as well as Raytheon, Lockheed Martin, and Amazon Tech (manufacturers of Brazil's ATC equipment), and ACSS (manufacturer of the Embraer's TCAS).

The attorney representing the Embraer crew, Miami-based Robert Torricella, responded to the allegation that the crew was flying at an "incorrect altitude" by stating that according to international regulations, clearances and directives issued by ATC supersede a previously filed flight plan, and in this case:

... the flight plan cleared by air traffic control at the time of departure required the Embraer to fly all the way to Manaus at 37,000 feet, and absent contrary directives from air traffic control, the Embraer was obligated to follow its cleared flight plan. As the findings of the investigation are made public, we are confident that ExcelAire's pilots will be exonerated.

A Honeywell spokesperson stated, "Honeywell is not aware of any evidence that indicates that its transponder on the Embraer Legacy was not functioning as designed or that Honeywell was responsible for the accident."

On 2 July 2008, U.S. District Court Judge Brian Cogan of the Eastern District of New York dismissed the families' suits against all the U.S.-based defendants under the premise of forum non-conveniens. Without ruling on the merits of the cases, and while allowing discovery to continue, Cogan recommended the Brazilian court system as a more appropriate jurisdiction for the dispute.

Criminal proceedings

On 1 June 2007, Murilo Mendes, a Brazilian federal judge in the small city of Sinop, Mato Grosso, near the crash site of the Boeing, indicted the two Embraer pilots and four Brasília-based air traffic controllers for "exposing an aircraft to danger." On 8 December 2008, he dismissed charges of negligence against the pilots, but left in place a charge of "imprudence". He also dismissed all charges against two of the four Brasília-based controllers and reduced the charges against the other two, but supported bringing new charges against a fifth controller, based in São José dos Campos, the Embraer's departure point. On 12 January 2010, his ruling was overturned by Judge Candido Ribeiro in a federal court in Brasília, reinstating the negligence charges against the pilots.

On 26 October 2010, a military court convicted air traffic controller Sgt. Jomarcelo Fernandes dos Santos, sentencing him to 14 months in jail for failing to take action when he saw that the Embraer's anticollision system had been turned off. Santos was to remain free pending the outcome of the appeal process. Four other controllers were acquitted for lack of proof. On 17 May 2011, Judge Mendes sentenced air traffic controller Lucivando Tiburcio de Alencar to a term of up to three years and four months, but ruled he is eligible to do community service in Brazil, instead, and acquitted Santos on charges of harming Brazil's air transport safety.

On 16 May 2011, Judge Mendes sentenced the two pilots to four years and four months of prison in a "semi-open" facility for their role in the collision, but he commuted the sentences to community service to be served in the United States. Brazilian authorities accused the pilots of turning off the Legacy's transponder moments before the accident and turning it on again only after the crash, but this was denied by the crew in a deposition via videoconference. Mendes said in his sentence that pilots had failed to verify the functioning of equipment for more than an hour, a length of time he called "an eternity" in aviation. On 9 October 2012, Brazilian federal prosecutors announced that they had successfully appealed the sentence of the pilots, asking to increase their sentences by 17 months (a total of 5 years and 9 months). The new trial was scheduled for 15 October, with the pilots again facing trial in absentia. On that date, the court upheld the prior convictions, but modified the sentences to 37 months for each, requiring that the pilots "report regularly to authorities and stay home at night."

In October 2015 Brazil's Supreme Court rejected the pilots' appeal, ordering them to return to Brazil to serve out their sentences.

In 2019, a Brazilian judge ruled that the pilots could serve their sentences in the United States. In March 2020, after exhausting their appeals, Brazil requested their extradition. In 2023, the United States rejected the request. On 6 June 2024, another Brazilian judge dismissed the entire case against the pilots due to the statute of limitations expiring.

Embraer jet

The Embraer jet was temporarily repaired on Cachimbo Airport, and on 19 November 2010, the jet was flown to Cleveland Hopkins International Airport. In 2010 the aircraft was sold to Cloudscape Inc. and re-registered as N965LL. In 2013 the aircraft was sold to FlyMex and after two further registration changes is currently operating as XA-FLY.

In popular culture

In 2007, Discovery Channel Brazil aired A Tragédia do Vôo 1907 (The Tragedy of Flight 1907), a documentary about the disaster.

The Mato Grosso midair collision was featured in the 2008 episode "Phantom Strike", of the Canadian-made, internationally distributed documentary series Mayday The collision was also one of the incidents included in the 2009 episode "System Breakdown", of the Mayday special series Science of Disaster, which examined the role of air traffic controllers in aviation disasters.

In 2013, it was a featured flight in season 1, episode 5, of Why Planes Crash, in an episode called "Collision Course".

In 2018, it was also featured in season 3, episode 6, of the documentary Aircrash Confidential, titled "Flying Blind".

See also

• List of notable civilian mid-air collisions

Notes

1. The sole previous fatal accident involving a 737 Next Generation aircraft, Southwest Airlines Flight 1248 in December 2005, had involved only a ground fatality.
2. All times given in this article use the standard time zone of Brazil (BRT), which is UTC−3:00, as this corresponds to the time at the national capital city, Brasília. The state of Mato Grosso, where the collision occurred, is in fact in the BRT−1 (UTC−4:00) time zone.
3. From CENIPA final report, under section 2.2.1 (Damage to airplanes): "The N600XL airplane sustained serious damages in the left wing and in the left stabilizer/elevator assembly".
4. ^ Canada was selected by CENIPA as a "neutral site" for the FDR and CVR analysis, due to the sensitive political aspects of this investigation.
5. The French text reads "FLIGHT RECORDER DO NOT OPEN."
6. FL370 is flight level 370, which is an altitude around 37,000 feet (11,278 m) above mean sea level
7. The Teres fix is located on airway UZ6 at coordinates 12°28.5'S, 51°22.1'W, see: High Altitude Enroute chart
8. Pressing the transponder's "ident" button in the aircraft ("squawking ident") allows the ATC controller to positively identify its target on the radar screen, verifying its position and altitude.
9. Brasília Area Control Center is designated as ACC BS.
10. The VHF omnidirectional range (VOR) transmitter installation is a defined waypoint, underlying the airway.
11. • As was later revealed in CENIPA's final report, the military controller's screen automatically reverted to displaying an unreliable altitude, normally used for air defense, derived from the primary radar detected range and the target's angle above the horizon.
    • CENIPA hypothesizes in its final report that, at this point, the Embraer's captain inadvertently deactivated the transponder. The captain has denied this in depositions and interviews.
12. Loss of secondary radar indicates to a controller that the aircraft's transponder signal is not being received by ATC.
13. • A handoff in aviation parlance refers to the transfer of responsibility for an aircraft under radar control from one controller to the next.
    • "Calling in the blind" refers to making radio transmissions without receiving any acknowledgment.
    • Amazonic Area Control Center is designated as ACC AZ.
14. according to CENIPA, the last transmission from ATC that was recorded on the Embraer's CVR was at 16:23:29, about 25 minutes before the Embraer's first officer tried to call ATC. According to the published CVR, other radio transmissions (in Portuguese) were audible on the frequency until 2.5 minutes before the first officer began calling Brasília.
15. To copy in aviation parlance means to understand a received radio transmission.
16. CENIPA hypothesizes in its final report that at this point, based on CVR and FDR evidence, the first officer, having just discovered the transponder had been inadvertently switched off, reactivated it. The Embraer's crew have steadfastly denied switching the transponder on or off in depositions and interviews.

References

1. ^ "Final Report A-00X/CENIPA/2008" (PDF). CENIPA. 8 December 2008. Archived from the original (PDF) on 4 June 2011. Retrieved 11 June 2009.
2. ^ "NTSB interim and final report links". National Transportation Safety Board. Archived from the original on 4 June 2011. Retrieved 11 June 2009.
3. ^ Ranter, Harro. "Gol 1907 accident record". Aviation Safety Network. Flight Safety Foundation. Archived from the original on 21 June 2010. Retrieved 11 June 2009.
4. ^ "Brazil Air Force, NTSB Spar on Midair Causes". Aviation Week. 11 December 2008. Archived from the original on 21 May 2011. Retrieved 12 December 2008.
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40. "Destroços de avião da Gol indicam queda vertical" [Gol plane wreckage indicates vertical dive]. Folha de S.Paulo (in Portuguese). 30 September 2006. Archived from the original on 27 May 2007. Retrieved 30 September 2006.
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69. See for example:
    • "Brazil's defence minister fired". BBC News. BBC. 25 July 2007. Archived from the original on 23 June 2018. Retrieved 4 January 2010.
    • Clendenning, Alan (25 July 2007). "Brazil Aviation Chief Fired". The Washington Post. Archived from the original on 8 November 2012. Retrieved 3 May 2010.
    • "Brazil crashes claim minister". The Australian. 27 July 2007. Archived from the original on 15 December 2012.
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71. "US firms sued over Brazil crash". BBC News. BBC. 6 November 2006. Archived from the original on 22 January 2010. Retrieved 4 January 2010.
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73. ^ "Memorandum Decision and Order" (PDF). U.S. District Court Eastern District of New York. 2 July 2008. Archived (PDF) from the original on 29 April 2014. Retrieved 17 October 2012.
74. "ExcelAire: Lawsuits Regarding Gol Jet Accident Premature". aero-news.net. 9 November 2006. Archived from the original on 26 September 2007. Retrieved 10 November 2006.
75. "Lawsuit Blames Device Manufacturer, Airline for Brazil Crash". AP on law.com. 7 November 2006. Archived from the original on 11 January 2024. Retrieved 10 June 2009.
76. "Brazilian air crash case dismissed by U.S. District Court for the Eastern District of New York". Rochester Daily Record on allbusiness.com. 16 July 2008.
77. See for example:
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78. "Investigation Turns Criminal" (PDF). AeroSafety World: 16. February 2009. Archived (PDF) from the original on 22 September 2010. Retrieved 6 January 2010.
79. "Brazilian Judge Clears American Pilots of Carelessness". AIN Online. 11 December 2008. Archived from the original on 6 December 2010.
80. "Some charges out against US pilots in Amazon crash". Associated Press on International Business Times. 9 December 2008. Archived from the original on 4 September 2012.
81. "US Pilots Face Negligence Charges in Brazil Crash". Associated Press on ABC News. 12 January 2010. Archived from the original on 10 December 2019. Retrieved 28 June 2020.
82. "Brazilian court overturns acquittal of U.S. pilots in 2006 air disaster". Xinhua News Agency. 12 January 2010. Archived from the original on 9 June 2011.
83. Lehman, Stan (27 October 2010). "Brazil air controller convicted over 2006 crash". Boston Globe. Archived from the original on 3 March 2016. Retrieved 23 May 2011.
84. "Brazil air controller sentenced in 2006 crash case". Reuters. 20 May 2011. Archived from the original on 5 March 2016. Retrieved 6 July 2021.
85. "Pilots Avoid Jail in Brazil Crash". The New York Times. 16 May 2011. Archived from the original on 11 August 2021. Retrieved 22 May 2011.
86. Lehman, Stan (9 October 2012). "US pilots to be retried for Brazil airline crash". Huffington Post. Associated Press. Archived from the original on 22 February 2014. Retrieved 28 July 2013.
87. "US pilots to be retried for Brazil airline crash". Big Story, Associated Press. 9 October 2012. Archived from the original on 22 February 2014. Retrieved 28 July 2013.
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89. "Brazil's top court rejects U.S. pilots' appeal in 2006 crash". Orange County Register. 16 October 2015. Archived from the original on 7 January 2022. Retrieved 7 January 2022.
90. McCoy, Terrence (23 October 2023). "Brazil blames U.S. pilots in crash that killed 154. They're still flying". The Washington Post. Retrieved 4 May 2024.
91. Pedicini, Richard (6 June 2024). "Amazon Legacy 600 Midair Collision Case Closed". Aviation International News. Retrieved 6 June 2024.
92. Alison Grant, The Plain Dealer (20 November 2010). "Embraer Legacy 600 jet makes journey to Cleveland, years after colliding with jetliner over Brazil". cleveland. Archived from the original on 26 February 2023. Retrieved 26 February 2023.
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94. "A Tragédia do Vôo 1907" [The Tragedy of Flight 1907] (in Portuguese). Archived from the original on 3 October 2011. Retrieved 11 December 2008.
95. "System Breakdown". Mayday: Science of Disaster. Season 8. Episode 1. Montreal: Cineflix. 10 June 2009. Discovery Channel Canada et al.
96. "Aircrash Confidential" Flying Blind (TV Episode 2018). Retrieved 28 May 2024 – via m.imdb.com.

External links

External images
airliners.net's Photo gallery of PR-GTD
jetphotos.com's Photo gallery of PR-GTD

• Aeronautical Accidents Investigation and Prevention Center
  • Full NTSB docket (Archive of English report)
  • Final report Archived 16 November 2021 at the Wayback Machine (in Portuguese) (Archive)
• Associação Familiares e Amigos Vôo 1907 (Family and friends of Flight 1907) (in Portuguese) (Archive)
• Brazilian CENIPA Issues Accident Report on September 29, 2006 Midair Collision Between Boeing 737-800 and Embraer Legacy 600 (includes to links of the U.S. government response) - National Transportation Safety Board
• Statement by the International Federation Of Air Traffic Controllers' Associations, issued 24 November 2006 (PDF) (Archive)
• Agencia Brasil slideshow of a memorial ceremony for the passengers on Gol 1907 Archived 6 July 2008 at the Wayback Machine (Archive)
• ExcelAire N600XL Cockpit Voice Recorder (CVR) audio clip, 72 MB MP3 file, contains entire 2-hour CVR recording; last two-way radio comm before collision at 00:17:55; last radio comm before collision at 1:12:30; collision at 01:23:50.
• Gol Transportes Aéreos 1907 Cockpit Voice Recorder audio clip, collision at 29:22 (in Portuguese)
• List of passengers at Folha de S. Paulo (in Portuguese)

• Aviation
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• United States

• 2006 disasters in Brazil
• Aviation accidents and incidents caused by air traffic controller error
• Airliner accidents and incidents caused by pilot error
• Aviation accidents and incidents in 2006
• Aviation accidents and incidents in Brazil
• Aviation accidents and incidents involving the Embraer ERJ family
• Mid-air collisions involving airliners
• Mid-air collisions
• Mid-air collisions involving general aviation aircraft
• Accidents and incidents involving the Boeing 737 Next Generation
• Gol Transportes Aéreos accidents and incidents
• September 2006 events in South America