The NTSB's report on the plane crash on October 2, 2020 near Corfu, NY. The Socata TBM 700 was piloted by prominent attorney Stephen Barnes. Barnes was killed in the crash, along with his niece, Elizabeth Barnes.
NTSB Preliminary Report on fatal Mechanicsburg, PA helicopter crashAdam Francis
The Robinson R66 helicopter experienced an in-flight break-up near Mechanicsburg, Pennsylvania on January 9, 2020, killing the private pilot and one passenger. According to preliminary radar data and witness reports, the helicopter descended rapidly and witnesses heard abnormal sounds from the rotor before a loud bang. Investigators recovered wreckage and the helicopter's engine monitoring unit for further examination to determine the cause of the accident.
Two aircraft collided at the Coolangatta Control Tower, killing all crew members. An investigation found that the traffic controller was busy and did not monitor the altitudes of the aircraft closely. The controller instructed one aircraft to turn early after takeoff, causing it to intrude on the circuit of the other aircraft. Contributing factors included lack of equipment to monitor altitudes, unclear visibility due to thunderstorms, and no flight recorders. Safety recommendations included upgrading tower equipment, improved pilot and controller training, installing collision avoidance systems, and setting standardized circuit areas.
This document provides permission from the Civil Aviation Authority for Colin Aldred Trading As Aerial Artwork to operate small unmanned aircraft for commercial operations within 150 meters of congested areas. The permission is granted subject to several conditions, including that the aircraft are flown by those with the appropriate remote pilot competency, maintained within direct line of sight of the remote pilot, and not flown above 400 feet or within restricted airspace without permission. Flights must also be conducted according to the operator's approved operations manual and records of flights maintained.
The document discusses the key components and purpose of an aircraft's black box recorder system. It explains that commercial aircraft are required to have a cockpit voice recorder and flight data recorder, commonly referred to together as the black box. These recorders are vital for investigating crashes as they can provide information on what happened before impact. The cockpit voice recorder specifically records audio from the cockpit to help determine things like engine sounds, crew communication, and the timing of events. Both recorders are designed to withstand high heat and pressure and contain underwater locator beacons to help with recovery from crashes at sea.
Patent 6,810,310 august 2017 sales presentationDean McBain
One of several patents being auctioned next month. List of patents:
6,810,310 Anti-terrorist aircraft pilot sensor system and method
7,145,477 Anti-terrorist aircraft pilot sensor system and method
8,138,951 System and method for selectively enabling a control system
Auctioneer: BRINKMAN AND BRINKMAN INTERNATIONAL IP BROKERS: Website: www.brinkmanandbrinkman.com
This document is a resume for Jacob M. Herman, an experienced pilot seeking a pilot or flight officer position. He has over 5,800 hours of total flight time including over 5,400 hours of cross-country flight time. He holds an Airline Transport Pilot certificate and type ratings for the Embraer 170/190 and DeHavilland Dash 8 aircraft. He has worked as a pilot and first officer for Republic Airlines, Lynx Aviation, and Piedmont Airlines since 2009. He also has a Bachelor's degree in Electronic Engineering Technology from DeVry University.
The document outlines the documentation that must be carried on board relating to maritime labor compliance, including certificates, inspection reports, crew qualifications, employment agreements, and other crew welfare documentation. It specifies requirements for areas like hours of work, health and medical care, accommodation, and occupational safety and health. Compliance with these requirements is subject to inspection.
New Heathrow Helicopter Crossing Proceduretimelapse
The document summarizes new helicopter crossing procedures at Heathrow Airport effective December 15th, 2011. Key changes include simplifying the process for air traffic controllers and pilots. The procedures detail crossing routes for both easterly and westerly runway operations, including holding points and separation requirements. Pilots are advised that Heathrow operates as an intensive dual runway airport, with potential for aircraft to be less than 2.5 miles apart during approaches.
NTSB Preliminary Report on fatal Mechanicsburg, PA helicopter crashAdam Francis
The Robinson R66 helicopter experienced an in-flight break-up near Mechanicsburg, Pennsylvania on January 9, 2020, killing the private pilot and one passenger. According to preliminary radar data and witness reports, the helicopter descended rapidly and witnesses heard abnormal sounds from the rotor before a loud bang. Investigators recovered wreckage and the helicopter's engine monitoring unit for further examination to determine the cause of the accident.
Two aircraft collided at the Coolangatta Control Tower, killing all crew members. An investigation found that the traffic controller was busy and did not monitor the altitudes of the aircraft closely. The controller instructed one aircraft to turn early after takeoff, causing it to intrude on the circuit of the other aircraft. Contributing factors included lack of equipment to monitor altitudes, unclear visibility due to thunderstorms, and no flight recorders. Safety recommendations included upgrading tower equipment, improved pilot and controller training, installing collision avoidance systems, and setting standardized circuit areas.
This document provides permission from the Civil Aviation Authority for Colin Aldred Trading As Aerial Artwork to operate small unmanned aircraft for commercial operations within 150 meters of congested areas. The permission is granted subject to several conditions, including that the aircraft are flown by those with the appropriate remote pilot competency, maintained within direct line of sight of the remote pilot, and not flown above 400 feet or within restricted airspace without permission. Flights must also be conducted according to the operator's approved operations manual and records of flights maintained.
The document discusses the key components and purpose of an aircraft's black box recorder system. It explains that commercial aircraft are required to have a cockpit voice recorder and flight data recorder, commonly referred to together as the black box. These recorders are vital for investigating crashes as they can provide information on what happened before impact. The cockpit voice recorder specifically records audio from the cockpit to help determine things like engine sounds, crew communication, and the timing of events. Both recorders are designed to withstand high heat and pressure and contain underwater locator beacons to help with recovery from crashes at sea.
Patent 6,810,310 august 2017 sales presentationDean McBain
One of several patents being auctioned next month. List of patents:
6,810,310 Anti-terrorist aircraft pilot sensor system and method
7,145,477 Anti-terrorist aircraft pilot sensor system and method
8,138,951 System and method for selectively enabling a control system
Auctioneer: BRINKMAN AND BRINKMAN INTERNATIONAL IP BROKERS: Website: www.brinkmanandbrinkman.com
This document is a resume for Jacob M. Herman, an experienced pilot seeking a pilot or flight officer position. He has over 5,800 hours of total flight time including over 5,400 hours of cross-country flight time. He holds an Airline Transport Pilot certificate and type ratings for the Embraer 170/190 and DeHavilland Dash 8 aircraft. He has worked as a pilot and first officer for Republic Airlines, Lynx Aviation, and Piedmont Airlines since 2009. He also has a Bachelor's degree in Electronic Engineering Technology from DeVry University.
The document outlines the documentation that must be carried on board relating to maritime labor compliance, including certificates, inspection reports, crew qualifications, employment agreements, and other crew welfare documentation. It specifies requirements for areas like hours of work, health and medical care, accommodation, and occupational safety and health. Compliance with these requirements is subject to inspection.
New Heathrow Helicopter Crossing Proceduretimelapse
The document summarizes new helicopter crossing procedures at Heathrow Airport effective December 15th, 2011. Key changes include simplifying the process for air traffic controllers and pilots. The procedures detail crossing routes for both easterly and westerly runway operations, including holding points and separation requirements. Pilots are advised that Heathrow operates as an intensive dual runway airport, with potential for aircraft to be less than 2.5 miles apart during approaches.
Rapat koordinasi untuk icvm dan sosialisasi casr part 121 amd. 12 xEm Muslih
This document provides information about an upcoming ICAO ICVM audit preparation meeting and socialization of amendments to CASR Part 121. The meeting agenda includes an overview of the ICAO ICVM process and requirements for operators to prepare necessary documents. It also outlines the changes to CASR Part 121 regarding wet lease, dry lease and damp lease of aircraft to ensure safety regulations are followed. A list of 21 Indonesian AOC 121 operators is provided with their contact details.
Monitor airspace and assign aircraft to open landing and take-off spaces. Watch for bad weather and planes that are close to each other, informing pilots. Determine air routes for scheduled new flights.
This document summarizes the key points from a meeting on preparations for an ICAO audit and socialization of amendments to CASR Part 135. It discusses providing required documents to ICAO for the audit. It also outlines the changes made in CASR Part 135 Amendment 12, including new requirements for single engine aircraft operations, sources of aircraft products, aircraft leasing, and validity periods for pilot proficiency and competency checks.
This document summarizes the Immigration Act 1959/63 of Malaysia. It lays out the short title, application, and interpretation of key terms used in the Act. These include definitions of terms like "entry", "immigration officer", "permit", and "prohibited immigrant". The Act is intended to regulate admission into and departure from Malaysia, as well as the issuance of entry permits and removal of illegal immigrants from the country.
Sosialisasi perubahan casr 63 amdt. 2 (pm 59 tahun 2017)Em Muslih
The document summarizes changes made in CASR Part 63 Amendment 02 regarding requirements for flight engineers, flight navigators, and flight operations officers. Key changes include:
- Additional knowledge requirements for flight engineers in fundamentals of navigation, principles of self-contained systems, and operational aspects of meteorology.
- Changes to the experience requirements for flight engineers, specifying experience in normal, abnormal, and emergency procedures.
- Additional knowledge requirements for flight operations officers in human performance and principles of threat and error management as they relate to dispatch duties.
- Changes to the skill requirements for flight operations officers to include recognizing and managing threats and errors.
- Provisions for foreign flight operations officer license holders addressing medical
The complaint alleges criminal negligence and seeks prosecution of various individuals and organizations in connection with the 2010 crash of Air India Express Flight 812 in Mangalore, India. It names as accused parties the Airport Authority of India, Air India Limited, Directorate General of Civil Aviation, and various individuals who held leadership positions in these organizations when the crash occurred. The complaint cites the official Court of Inquiry report which found willful negligence by these parties, and alleges the local police investigation was insufficient. It asserts the crash was foreseeable based on prior litigation over safety issues, and that the non-frangible structure the plane struck caused fatal burn injuries to many victims.
Accident Investigation Report Of FlyDubai Flight 981 (FDB981)Steven Wallach
FlyDubai Flight 981 crashed during an aborted landing at Rostov-on-Don Airport in Russia, killing all 62 people on board. The aircraft encountered heavy winds and turbulence on its approach. During a second landing attempt, the aircraft climbed steeply after aborting the landing then stalled and crashed back onto the runway. Analysis of the flight data and cockpit voice recorders showed the pilots experienced somatogravic illusion, causing them to think the plane was climbing when it was actually descending, due to lack of visual references at night. The investigation recommended additional simulator training for pilots on go-around procedures under low visibility conditions and compiling information from previous accidents caused by spatial disorientation.
Flight 201 from Panama City to Cali, Colombia crashed on June 6, 1992 in the Darien Gap, killing all 47 people on board. The crash was caused by faulty instrument readings from the aircraft's attitude indicator, which led the pilots to believe the plane was banking left when it was actually banking right, causing an uncontrolled dive. An investigation found a wiring harness in the attitude indicator was damaged, causing intermittent failures. The crash highlighted deficiencies in Copa Airline's pilot training regarding instrument failures.
Human Factors in Aviation by Omar KuzbariOmar Kuzbari
Case study on Human Factors in Aviation based on the Air Ontario Flight 1363 Fokker F-28 at Dryden from March 10, 1989 (Ontario) prepared by Omar Kuzbari in 2018.
The Korean Air Cargo Flight 8509 crashed near Great Hallingbury, UK shortly after takeoff from London Stansted Airport on December 22, 1999, killing all 4 crew members. An investigation found that one of the aircraft's Inertial Navigation Units had failed, providing incorrect roll data to the captain's attitude indicator. During climbout after takeoff, the comparator warning sounded multiple times due to differences between the captain and first officer's indicators, but the pilots did not respond appropriately despite prompts from the flight engineer. The aircraft entered a steep and uncommanded left bank, crashing 55 seconds after takeoff. Contributing factors included a misdirected repair attempt of the attitude indicator that did not resolve the underlying issue, as well
The document summarizes an investigation report about a crash of a Cessna 210 aircraft in northern Australia that resulted in 4 fatalities. It provides details about the flight, aircraft, pilots, weather conditions, search and rescue efforts, and wreckage recovery. The key factors identified were that the pilot was not instrument rated and flew into worsening weather conditions with low clouds and rain while following a coastal route. The aircraft collided with water and was destroyed after the last radio contact when it was approaching an area with poor visibility.
Aircraft accident investigation on an accident which happened on 23 Sep, 1999 in Bangkok Airport , Thiland. Operator of plane was Qantas and plane was Boeing 747-400 registered as VH-OJH.
This document provides information on two aviation disasters: the Tenerife airport collision and the hijacking of TWA Flight 847. For the Tenerife disaster, it gives facts such as the location, aircraft involved, fatalities, and that it was a runway collision. It then provides a chronology of events and assumptions of human errors and communication failures that contributed to the accident. For the TWA hijacking, it provides basic facts and a chronology of events as the plane was diverted to multiple airports. It concludes with a brief comparison of the two incidents and a bibliography.
Thirty fatal airliner accidents occurred in 2009 resulting in 757 fatalities. Eleven accidents involved passenger flights. The report provides details on each accident including date, location, flight details, aircraft type, operator, and brief description. Accident causes included engine failure, stalls, controlled flight into terrain, and crashes during approach or landing.
Air France Flight 4590 An Accident Investigation ReportMartha Brown
Air France Flight 4590 crashed during takeoff from Paris Charles de Gaulle Airport on July 25, 2000, killing all 109 people on board. The crash was caused by the disintegration of a tire on takeoff, which sent debris into the left wing fuel tank and engines. This caused a fire and loss of thrust from both engines on the left side. The crew was unable to regain control and the plane crashed. The accident report found fault with Continental Airlines for the loose debris on the runway, but human factors like crew resource management and lack of dual engine failure procedures also contributed to the chain of events leading to the crash.
Flight MH370 departed from Kuala Lumpur, Malaysia bound for Beijing, China on March 8, 2014 with 239 people on board. Contact was lost with the plane about 40 minutes into the flight when it disappeared from civilian radar over the Gulf of Thailand. Several days of searching found no signs of where the plane or its passengers went. The cause of the disappearance and ultimate fate of the plane and its occupants remains unknown.
Activity 3.4 Tutorial My hypothesis is that the majority o.docxcoubroughcosta
Activity 3.4 Tutorial
My hypothesis is that the majority of FAR Part 135 fatal crashes that occurred between January 2000
and December 2010 in Alaska were associated with limited visibility environments. So, I entered as
many of those variables as possible (See below). I highlighted the word variables, to give you a hint as to
what else needs to be reported in Week 3.
My variables are Part 135 operations; fatal crashes; the dates set; Alaska; and probable
cause/contributing factors. Since I said “…were associated with limited visibility”, I must look at causes
and contributing factors, but how do I do this? Once you have the query form completed, hit the search
NTSB button on the top right hand corner of the query screen. My query resulted in 29 events involving
29 aircraft. Following is partial screen shot of my query results.
From here, I can see a great deal of useful information, but much of the data I do not need, like the
NTSB number, Aircraft Registration Number, Event Type, State Code, Type and Category of Operation.
And, I still don’t see causes or contributing factors! How can I manipulate these events? Easy, just below
the query response spreadsheet (left side), you will see an icon that says “CSV Download”. Click this
icon, which transfers this non-user friendly spreadsheet format into a more useable format, such as
Excel. DO NOT DELETE the original results page as this provides the individual hyperlink to each accident.
Now, let’s get rid of the columns I don’t need and add the columns I do need. If you are not Excel savvy,
to remove a column, put your cursor over column A, right on the A, right click your mouse and hit
delete. To add, do the same, but select insert and give the column a title. Following is my Excel
Database once I removed the columns I did not need and added column F for VMC_IMC. When I find an
event that was associated with limited visibility, I am going to enter a “1”. If limited visibility was not the
cause, I will enter a “0”. This helps me run an analysis. Your column entries may vary.
Now I need to go back and forth between my original results page and my Excel spreadsheet, so I saved
each to ensure nothing was accidentally omitted or changed. Back to my original results, I select an
event by clicking on the NTSB Report # ANC04FA063. This opens that particular crash report, which gives
me a long list of variables that can be used for different analysis: location, weather, aircraft/engine
information, ELT installed/working, pilot experience, sequence of events, and dialogue about the
accident itself. I’ve included this report in its entirety at the end of this document. Keep in mind, some
reports may be preliminary. You can choose to delete these from your analysis if you wish, just specify
this in your methodology. It is not required for this case study.
Back to the visibility issue… I have included a snapshot below, of the Sequence of.
- The crash of Air India Express Flight 812 in Mangalore, India was caused by the captain continuing the landing approach despite three calls from the first officer to abort and go around. The captain had been asleep during the flight and showed signs of fatigue.
- Contributing factors included the captain's failure to properly plan and execute the descent and approach. The first officer issued repeated calls for a go around but did not take control of the aircraft. Procedures around empowering the first officer to initiate a go around were ambiguous.
- The aircraft landed long on the runway at a high speed and overran the end, crashing and killing most passengers aboard. The crew failed to properly brief and execute a stabilized approach.
The document discusses the Aeronautical Information Publication (AIP), which provides essential aeronautical information to pilots and air navigation. It describes the AIP's content and structure, including general information (GEN), en-route information (ENR), and aerodrome information (AD). The AIP is published by contracting states and contains permanent information as well as information on procedures and regulations. Aerodrome operators are responsible for providing accurate data to the AIP.
Aircraft Accident Investigation on American Airline 587 crashSuhail Ahmed
American Airlines Flight 587 crashed shortly after takeoff from John F. Kennedy International Airport in New York City on November 12, 2001, killing all 260 people aboard and 5 people on the ground. The National Transportation Safety Board determined the cause was the first officer's overuse of the rudder controls in an attempt to counter wake turbulence from a Japan Airlines 747 that had taken off minutes earlier from the same runway. This caused excessive stress that led to the separation of the vertical stabilizer, causing the plane to lose control and crash. The crash reignited a dispute between American Airlines and Airbus regarding responsibility, as the A300 rudder controls were more sensitive than other aircraft. The investigation report ultimately found the crash was due to human
The document provides background information on aircraft navigation and flight planning. It discusses the differences between visual flight rules (VFR) and instrument flight rules (IFR), as well as basic navigation techniques for VFR pilots such as pilotage and planning routes using aeronautical charts. It also mentions the importance of accounting for wind in flight planning to avoid being blown off course.
1) On January 15, 2009, US Airways Flight 1549 struck a flock of birds shortly after takeoff from LaGuardia Airport, damaging both engines. Captain Chesley "Sully" Sullenberger was forced to land the Airbus A320 in the Hudson River, saving all 155 lives onboard.
2) An investigation by the NTSB initially suggested pilot error, as simulations showed the plane may have been able to land at nearby airports. However, when simulations included human factors like stress and decision time, they ended in crashes.
3) Further analysis confirmed the bird strike severely damaged the engines, validating Sullenberger's emergency water landing and cementing his status as a hero.
Rapat koordinasi untuk icvm dan sosialisasi casr part 121 amd. 12 xEm Muslih
This document provides information about an upcoming ICAO ICVM audit preparation meeting and socialization of amendments to CASR Part 121. The meeting agenda includes an overview of the ICAO ICVM process and requirements for operators to prepare necessary documents. It also outlines the changes to CASR Part 121 regarding wet lease, dry lease and damp lease of aircraft to ensure safety regulations are followed. A list of 21 Indonesian AOC 121 operators is provided with their contact details.
Monitor airspace and assign aircraft to open landing and take-off spaces. Watch for bad weather and planes that are close to each other, informing pilots. Determine air routes for scheduled new flights.
This document summarizes the key points from a meeting on preparations for an ICAO audit and socialization of amendments to CASR Part 135. It discusses providing required documents to ICAO for the audit. It also outlines the changes made in CASR Part 135 Amendment 12, including new requirements for single engine aircraft operations, sources of aircraft products, aircraft leasing, and validity periods for pilot proficiency and competency checks.
This document summarizes the Immigration Act 1959/63 of Malaysia. It lays out the short title, application, and interpretation of key terms used in the Act. These include definitions of terms like "entry", "immigration officer", "permit", and "prohibited immigrant". The Act is intended to regulate admission into and departure from Malaysia, as well as the issuance of entry permits and removal of illegal immigrants from the country.
Sosialisasi perubahan casr 63 amdt. 2 (pm 59 tahun 2017)Em Muslih
The document summarizes changes made in CASR Part 63 Amendment 02 regarding requirements for flight engineers, flight navigators, and flight operations officers. Key changes include:
- Additional knowledge requirements for flight engineers in fundamentals of navigation, principles of self-contained systems, and operational aspects of meteorology.
- Changes to the experience requirements for flight engineers, specifying experience in normal, abnormal, and emergency procedures.
- Additional knowledge requirements for flight operations officers in human performance and principles of threat and error management as they relate to dispatch duties.
- Changes to the skill requirements for flight operations officers to include recognizing and managing threats and errors.
- Provisions for foreign flight operations officer license holders addressing medical
The complaint alleges criminal negligence and seeks prosecution of various individuals and organizations in connection with the 2010 crash of Air India Express Flight 812 in Mangalore, India. It names as accused parties the Airport Authority of India, Air India Limited, Directorate General of Civil Aviation, and various individuals who held leadership positions in these organizations when the crash occurred. The complaint cites the official Court of Inquiry report which found willful negligence by these parties, and alleges the local police investigation was insufficient. It asserts the crash was foreseeable based on prior litigation over safety issues, and that the non-frangible structure the plane struck caused fatal burn injuries to many victims.
Accident Investigation Report Of FlyDubai Flight 981 (FDB981)Steven Wallach
FlyDubai Flight 981 crashed during an aborted landing at Rostov-on-Don Airport in Russia, killing all 62 people on board. The aircraft encountered heavy winds and turbulence on its approach. During a second landing attempt, the aircraft climbed steeply after aborting the landing then stalled and crashed back onto the runway. Analysis of the flight data and cockpit voice recorders showed the pilots experienced somatogravic illusion, causing them to think the plane was climbing when it was actually descending, due to lack of visual references at night. The investigation recommended additional simulator training for pilots on go-around procedures under low visibility conditions and compiling information from previous accidents caused by spatial disorientation.
Flight 201 from Panama City to Cali, Colombia crashed on June 6, 1992 in the Darien Gap, killing all 47 people on board. The crash was caused by faulty instrument readings from the aircraft's attitude indicator, which led the pilots to believe the plane was banking left when it was actually banking right, causing an uncontrolled dive. An investigation found a wiring harness in the attitude indicator was damaged, causing intermittent failures. The crash highlighted deficiencies in Copa Airline's pilot training regarding instrument failures.
Human Factors in Aviation by Omar KuzbariOmar Kuzbari
Case study on Human Factors in Aviation based on the Air Ontario Flight 1363 Fokker F-28 at Dryden from March 10, 1989 (Ontario) prepared by Omar Kuzbari in 2018.
The Korean Air Cargo Flight 8509 crashed near Great Hallingbury, UK shortly after takeoff from London Stansted Airport on December 22, 1999, killing all 4 crew members. An investigation found that one of the aircraft's Inertial Navigation Units had failed, providing incorrect roll data to the captain's attitude indicator. During climbout after takeoff, the comparator warning sounded multiple times due to differences between the captain and first officer's indicators, but the pilots did not respond appropriately despite prompts from the flight engineer. The aircraft entered a steep and uncommanded left bank, crashing 55 seconds after takeoff. Contributing factors included a misdirected repair attempt of the attitude indicator that did not resolve the underlying issue, as well
The document summarizes an investigation report about a crash of a Cessna 210 aircraft in northern Australia that resulted in 4 fatalities. It provides details about the flight, aircraft, pilots, weather conditions, search and rescue efforts, and wreckage recovery. The key factors identified were that the pilot was not instrument rated and flew into worsening weather conditions with low clouds and rain while following a coastal route. The aircraft collided with water and was destroyed after the last radio contact when it was approaching an area with poor visibility.
Aircraft accident investigation on an accident which happened on 23 Sep, 1999 in Bangkok Airport , Thiland. Operator of plane was Qantas and plane was Boeing 747-400 registered as VH-OJH.
This document provides information on two aviation disasters: the Tenerife airport collision and the hijacking of TWA Flight 847. For the Tenerife disaster, it gives facts such as the location, aircraft involved, fatalities, and that it was a runway collision. It then provides a chronology of events and assumptions of human errors and communication failures that contributed to the accident. For the TWA hijacking, it provides basic facts and a chronology of events as the plane was diverted to multiple airports. It concludes with a brief comparison of the two incidents and a bibliography.
Thirty fatal airliner accidents occurred in 2009 resulting in 757 fatalities. Eleven accidents involved passenger flights. The report provides details on each accident including date, location, flight details, aircraft type, operator, and brief description. Accident causes included engine failure, stalls, controlled flight into terrain, and crashes during approach or landing.
Air France Flight 4590 An Accident Investigation ReportMartha Brown
Air France Flight 4590 crashed during takeoff from Paris Charles de Gaulle Airport on July 25, 2000, killing all 109 people on board. The crash was caused by the disintegration of a tire on takeoff, which sent debris into the left wing fuel tank and engines. This caused a fire and loss of thrust from both engines on the left side. The crew was unable to regain control and the plane crashed. The accident report found fault with Continental Airlines for the loose debris on the runway, but human factors like crew resource management and lack of dual engine failure procedures also contributed to the chain of events leading to the crash.
Flight MH370 departed from Kuala Lumpur, Malaysia bound for Beijing, China on March 8, 2014 with 239 people on board. Contact was lost with the plane about 40 minutes into the flight when it disappeared from civilian radar over the Gulf of Thailand. Several days of searching found no signs of where the plane or its passengers went. The cause of the disappearance and ultimate fate of the plane and its occupants remains unknown.
Activity 3.4 Tutorial My hypothesis is that the majority o.docxcoubroughcosta
Activity 3.4 Tutorial
My hypothesis is that the majority of FAR Part 135 fatal crashes that occurred between January 2000
and December 2010 in Alaska were associated with limited visibility environments. So, I entered as
many of those variables as possible (See below). I highlighted the word variables, to give you a hint as to
what else needs to be reported in Week 3.
My variables are Part 135 operations; fatal crashes; the dates set; Alaska; and probable
cause/contributing factors. Since I said “…were associated with limited visibility”, I must look at causes
and contributing factors, but how do I do this? Once you have the query form completed, hit the search
NTSB button on the top right hand corner of the query screen. My query resulted in 29 events involving
29 aircraft. Following is partial screen shot of my query results.
From here, I can see a great deal of useful information, but much of the data I do not need, like the
NTSB number, Aircraft Registration Number, Event Type, State Code, Type and Category of Operation.
And, I still don’t see causes or contributing factors! How can I manipulate these events? Easy, just below
the query response spreadsheet (left side), you will see an icon that says “CSV Download”. Click this
icon, which transfers this non-user friendly spreadsheet format into a more useable format, such as
Excel. DO NOT DELETE the original results page as this provides the individual hyperlink to each accident.
Now, let’s get rid of the columns I don’t need and add the columns I do need. If you are not Excel savvy,
to remove a column, put your cursor over column A, right on the A, right click your mouse and hit
delete. To add, do the same, but select insert and give the column a title. Following is my Excel
Database once I removed the columns I did not need and added column F for VMC_IMC. When I find an
event that was associated with limited visibility, I am going to enter a “1”. If limited visibility was not the
cause, I will enter a “0”. This helps me run an analysis. Your column entries may vary.
Now I need to go back and forth between my original results page and my Excel spreadsheet, so I saved
each to ensure nothing was accidentally omitted or changed. Back to my original results, I select an
event by clicking on the NTSB Report # ANC04FA063. This opens that particular crash report, which gives
me a long list of variables that can be used for different analysis: location, weather, aircraft/engine
information, ELT installed/working, pilot experience, sequence of events, and dialogue about the
accident itself. I’ve included this report in its entirety at the end of this document. Keep in mind, some
reports may be preliminary. You can choose to delete these from your analysis if you wish, just specify
this in your methodology. It is not required for this case study.
Back to the visibility issue… I have included a snapshot below, of the Sequence of.
- The crash of Air India Express Flight 812 in Mangalore, India was caused by the captain continuing the landing approach despite three calls from the first officer to abort and go around. The captain had been asleep during the flight and showed signs of fatigue.
- Contributing factors included the captain's failure to properly plan and execute the descent and approach. The first officer issued repeated calls for a go around but did not take control of the aircraft. Procedures around empowering the first officer to initiate a go around were ambiguous.
- The aircraft landed long on the runway at a high speed and overran the end, crashing and killing most passengers aboard. The crew failed to properly brief and execute a stabilized approach.
The document discusses the Aeronautical Information Publication (AIP), which provides essential aeronautical information to pilots and air navigation. It describes the AIP's content and structure, including general information (GEN), en-route information (ENR), and aerodrome information (AD). The AIP is published by contracting states and contains permanent information as well as information on procedures and regulations. Aerodrome operators are responsible for providing accurate data to the AIP.
Aircraft Accident Investigation on American Airline 587 crashSuhail Ahmed
American Airlines Flight 587 crashed shortly after takeoff from John F. Kennedy International Airport in New York City on November 12, 2001, killing all 260 people aboard and 5 people on the ground. The National Transportation Safety Board determined the cause was the first officer's overuse of the rudder controls in an attempt to counter wake turbulence from a Japan Airlines 747 that had taken off minutes earlier from the same runway. This caused excessive stress that led to the separation of the vertical stabilizer, causing the plane to lose control and crash. The crash reignited a dispute between American Airlines and Airbus regarding responsibility, as the A300 rudder controls were more sensitive than other aircraft. The investigation report ultimately found the crash was due to human
The document provides background information on aircraft navigation and flight planning. It discusses the differences between visual flight rules (VFR) and instrument flight rules (IFR), as well as basic navigation techniques for VFR pilots such as pilotage and planning routes using aeronautical charts. It also mentions the importance of accounting for wind in flight planning to avoid being blown off course.
1) On January 15, 2009, US Airways Flight 1549 struck a flock of birds shortly after takeoff from LaGuardia Airport, damaging both engines. Captain Chesley "Sully" Sullenberger was forced to land the Airbus A320 in the Hudson River, saving all 155 lives onboard.
2) An investigation by the NTSB initially suggested pilot error, as simulations showed the plane may have been able to land at nearby airports. However, when simulations included human factors like stress and decision time, they ended in crashes.
3) Further analysis confirmed the bird strike severely damaged the engines, validating Sullenberger's emergency water landing and cementing his status as a hero.
An endeavor to approach or remind some useful terms of Aviation,ideal for starting up Flight Attendants provides just a small idea of a such a unique occupation....
This report details a serious incident involving a Boeing 747-400 aircraft (G-BYGA) that experienced the uncommanded retraction of the automatic Group 'A' leading edge flaps during takeoff from O.R. Tambo International Airport in Johannesburg, South Africa on May 11, 2009. The retraction occurred after the pilots received amber EICAS messages indicating thrust reverser movement on engines 2 and 3, though no actual deployment occurred. This led to unexpected stall warnings during rotation. The pilot was able to prevent a stall but had to return to the airport due to the unexpected event. An investigation found that the original design logic for the 747-400 had been amended to automatically retract the leading edge
The document provides an introduction to aviation terminology and glossary for flight attendants. It aims to teach common aviation terms so they can understand communications during their career. It defines the phonetic alphabet, lists many abbreviations used in aviation, and provides explanations of over 20 aviation terms and definitions to familiarize flight attendants with key industry language.
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1. Page 1 of 3 ERA21LA003
This is preliminary information, subject to change, and may contain errors. Any errors in this report will be corrected when
the final report has been completed.
National Transportation Safety Board
Aviation Accident Preliminary Report
Location: Corfu, NY Accident Number: ERA21LA003
Date & Time: October 2, 2020, 11:45 Local Registration: N965DM
Aircraft: SOCATA TBM700 Injuries: 2 Fatal
Flight Conducted
Under:
On October 2, 2020, about 1145 eastern daylight time, a Socata TBM 700, N965DM, was
destroyed when it was involved in an accident near Corfu, New York. The private pilot and
passenger were fatally injured. The airplane was operated as a Title 14 Code of Federal
Regulations Part 91 personal flight.
The airplane was topped off with 173 gallons of Jet A fuel prior to the first flight of the day on
October 2, 2020. The first flight departed Buffalo Niagara International Airport (BUF),
Buffalo, New York, at 0747 and landed at Manchester Airport (MHT), Manchester, NH, at
0914. According to personnel at a fixed based operator (FBO) at MHT, the passenger boarded
the airplane and it departed without obtaining any services there.
Preliminary radar data provided by the Federal Aviation Administration indicated the
airplane departed from Runway 6 at MHT at 1019, and initiated a climbing left turn to the
west. The airplane climbed to a cruise altitude of FL280 and remained at that altitude until
about 1142. According to a review of air traffic control voice communication data, the pilot did
not check in with the Boston Air Route Traffic Control Center during a routine handoff from
one controller to another. The pilot subsequently re-established communication with a radar
controller about 15 miles east of BUF, while still flying at FL280, and requested the ILS
runway 23 approach into BUF. The controller instructed the pilot to descend to 8,000 ft, to
expect the ILS runway 23 approach, and asked him if everything was okay, to which the pilot
responded, “yes sir, everything’s fine.” Subsequently, the controller observed the airplane
descending rapidly on radar and instructed the pilot to stop the descent at 10,000 ft. The pilot
did not respond. The controller made several additional attempts to establish
communications with the pilot, however, there were no further communications received from
the pilot. Over the final 3 minutes of the flight, as the airplane descend from FL280, it
accelerated from its previously established cruise groundspeed of 250 knots. As the airplane
descended through 15,200 feet, it’s radar-derived groundspeed rose to more than 340 knots,
and its estimated descent rate was 13,800 feet per minute. The airplane made one right 360°
turn before radar contact was lost.
According to several witnesses who heard the airplane shortly before the accident, the engine
2. Page 2 of 3 ERA21LA003
This is preliminary information, subject to change, and may contain errors. Any errors in this report will be corrected when
the final report has been completed.
sounded very loud before they heard the sounds of impact.
The airplane was located in a heavily wooded, swampy area. The airplane was fragmented and
a postcrash fire ensued after the impact. Wreckage and components of the airplane were
recovered from the surface of the terrain to a depth 15 ft below the surface. The smell of Jet A
aviation fuel was noted at the accident site by first responders.
The airframe and engine components recovered from the accident site were retained for
further examination.
Aircraft and Owner/Operator Information
Aircraft Make: SOCATA Registration: N965DM
Model/Series: TBM700 Aircraft Category: Airplane
Amateur Built: No
Operator: Operating Certificate(s)
Held:
None
Operator Designator Code:
Meteorological Information and Flight Plan
Conditions at Accident Site: VMC Condition of Light: Day
Observation Facility, Elevation: KBUF,716 ft msl Observation Time: 11:54 Local
Distance from Accident Site: 16 Nautical Miles Temperature/Dew Point: 13°C /8°C
Lowest Cloud Condition: Few / 2000 ft AGL Wind Speed/Gusts, Direction: 9 knots / , 250°
Lowest Ceiling: Broken / 6000 ft AGL Visibility: 10 miles
Altimeter Setting: 29.97 inches Hg Type of Flight Plan Filed: IFR
Departure Point: Manchester, NH (MHT) Destination: Buffalo, NY (BUF)
Wreckage and Impact Information
Crew Injuries: 1 Fatal Aircraft Damage: Destroyed
Passenger Injuries: 1 Fatal Aircraft Fire: On-Ground
Ground Injuries: Aircraft Explosion: Unknown
Total Injuries: 2 Fatal Latitude,
Longitude:
42.971879,-78.382376
3. Page 3 of 3 ERA21LA003
This is preliminary information, subject to change, and may contain errors. Any errors in this report will be corrected when
the final report has been completed.
Administrative Information
Investigator In Charge (IIC): Kemner, Heidi
Additional Participating Persons: Timothy Tressel; FAA/FSDO; Buffalo, NY
Philippe Santoro; Daher Aircraft; Paris
Les Doud; Hartzell; Piqua, OH
Jeremy Ganivet; Pratt & Whitney Canada; St. Hubert, OF
Note: The NTSB did not travel to the scene of this accident.