This document discusses the importance of weather briefings for pilots. It notes that over 20% of accidents have weather as a factor, with the top 3 conditions being adverse winds, low ceilings/visibility, and density altitude. The NTSB found that in 41% of weather-related accidents, pilots did not obtain an adequate weather briefing. Pilots are encouraged to use all available resources to get updated briefings at least every 2 hours to prevent surprises and minimize risk by having alternate plans for different weather scenarios. A thorough briefing allows pilots to make informed go/no-go decisions.
This document provides a summary and definitions of flat light and white out conditions for pilots. It discusses how these optical illusions can cause loss of depth perception and spatial orientation. It then offers safety recommendations for pilots operating in these conditions, including proper planning, using onboard instruments, setting personal minimums, and techniques for landings. The goal is to raise awareness of these hazards and provide resources to help pilots avoid accidents.
This document discusses establishing personal minimums for pilots. It defines personal minimums as a safety buffer between the skills required for a flight and a pilot's own skills based on training, experience, currency and proficiency. It recommends pilots establish baseline personal minimums in six steps: 1) Reviewing weather minimums, 2) Assessing personal weather comfort levels, 3) Considering winds and aircraft performance factors, 4) Setting baseline values, 5) Adjusting for specific flight conditions, and 6) Committing to stick to the plan. Personal minimums support sound decision making by providing risk mitigation before and during flights. The document also reviews Aeronautical Decision Making tools and the PAVE checklist for assessing risks.
Rex Alexander presented on HEMS accidents from 1983-2013. There were 247 total accidents reported to the NTSB, with 61 (25%) related to weather. Weather-related accidents resulted in fatalities 58% of the time compared to 33% for all accidents. The presentation argued for improving the HEMS Weather Tool to provide pilots with more accurate and localized weather data, which could help reduce accidents and aborts related to weather uncertainties. It provided historical details on the development of the HEMS Weather Tool and recommendations to transition it to an operational system by increasing the number of weather stations reporting to it.
HEMS Industry Data Points
- Transported more than 298,000 patients in 2011.
- Directly employs 18,000 people
- Approximately 1,000 helicopters
- $3.4 Billion per year industry
- Over $900 Million on safety improvements since 2006
- 298,000 patients transported in 2011
- Estimate 363,896 total flight hours in 2011
- Estimate 40%-60% of patient flight request turndown rate (of those, as many as 80% may be due to weather)
- Approximately 20% of REQUESTS may end in “aborts” in which the aircraft took off and turned back due to weather; those do not result in a patient transport and are not included in patient transport total
http://belfortinstrument.com/helicopter-automated-weather-observing-systems/
The document is a presentation by Barry G. Byrd of the Federal Aviation Administration given on March 28, 2012 about failure to follow procedures. It discusses FAA regulations regarding maintenance procedures and performance standards. It provides an overview of causal factors for maintenance errors and uses an accident example where failure to follow procedures led to loss of control during takeoff. The presentation aims to increase awareness of risks from failing to follow procedures and how following preventative measures and safety nets can reduce maintenance errors.
A smart cockpit is available right now, and progress will accelerate as more manufacturers and aircraft owners adopt Automatic Dependent Surveillance-Broadcast (ADS-B) technology.
Smart Cockpit Technology: Industry to research and develop smart cockpit technology that helps identify emergency situations, prompts pilots (aurally/visually) through pertinent checklist items, and provides instructions based on aircraft position and condition of flight.
This document provides a summary and definitions of flat light and white out conditions for pilots. It discusses how these optical illusions can cause loss of depth perception and spatial orientation. It then offers safety recommendations for pilots operating in these conditions, including proper planning, using onboard instruments, setting personal minimums, and techniques for landings. The goal is to raise awareness of these hazards and provide resources to help pilots avoid accidents.
This document discusses establishing personal minimums for pilots. It defines personal minimums as a safety buffer between the skills required for a flight and a pilot's own skills based on training, experience, currency and proficiency. It recommends pilots establish baseline personal minimums in six steps: 1) Reviewing weather minimums, 2) Assessing personal weather comfort levels, 3) Considering winds and aircraft performance factors, 4) Setting baseline values, 5) Adjusting for specific flight conditions, and 6) Committing to stick to the plan. Personal minimums support sound decision making by providing risk mitigation before and during flights. The document also reviews Aeronautical Decision Making tools and the PAVE checklist for assessing risks.
Rex Alexander presented on HEMS accidents from 1983-2013. There were 247 total accidents reported to the NTSB, with 61 (25%) related to weather. Weather-related accidents resulted in fatalities 58% of the time compared to 33% for all accidents. The presentation argued for improving the HEMS Weather Tool to provide pilots with more accurate and localized weather data, which could help reduce accidents and aborts related to weather uncertainties. It provided historical details on the development of the HEMS Weather Tool and recommendations to transition it to an operational system by increasing the number of weather stations reporting to it.
HEMS Industry Data Points
- Transported more than 298,000 patients in 2011.
- Directly employs 18,000 people
- Approximately 1,000 helicopters
- $3.4 Billion per year industry
- Over $900 Million on safety improvements since 2006
- 298,000 patients transported in 2011
- Estimate 363,896 total flight hours in 2011
- Estimate 40%-60% of patient flight request turndown rate (of those, as many as 80% may be due to weather)
- Approximately 20% of REQUESTS may end in “aborts” in which the aircraft took off and turned back due to weather; those do not result in a patient transport and are not included in patient transport total
http://belfortinstrument.com/helicopter-automated-weather-observing-systems/
The document is a presentation by Barry G. Byrd of the Federal Aviation Administration given on March 28, 2012 about failure to follow procedures. It discusses FAA regulations regarding maintenance procedures and performance standards. It provides an overview of causal factors for maintenance errors and uses an accident example where failure to follow procedures led to loss of control during takeoff. The presentation aims to increase awareness of risks from failing to follow procedures and how following preventative measures and safety nets can reduce maintenance errors.
A smart cockpit is available right now, and progress will accelerate as more manufacturers and aircraft owners adopt Automatic Dependent Surveillance-Broadcast (ADS-B) technology.
Smart Cockpit Technology: Industry to research and develop smart cockpit technology that helps identify emergency situations, prompts pilots (aurally/visually) through pertinent checklist items, and provides instructions based on aircraft position and condition of flight.
This document outlines the components and development of an Emergency Action Plan (EAP). An EAP defines the actions that medical personnel must follow in emergency situations. It should include the roles and qualifications of staff, emergency equipment locations, medical facilities, communication plans, transportation, and venue maps. EAPs can address standard injuries, weather emergencies, or traumatic events. The document provides guidance on creating venue-specific EAPs, practicing the plans, and documenting real emergency responses for improvement.
The document provides an overview of basic flight instruments and modern glass cockpit instruments. It discusses the airspeed indicator, attitude indicator, altimeter, turn indicator, heading indicator, vertical speed indicator as the basic flight instruments. For modern instruments, it describes the primary flight display, multi-function display, and electronic centralized aircraft monitoring display that make up an electronic flight instrument system or glass cockpit.
This document is from a Federal Aviation Administration (FAA) workshop for Certified Flight Instructors (CFIs) that took place from July 1 to September 30, 2012. The workshop module discusses pilot deviations, including runway incursions. It provides definitions of terms like runway incursion and pilot deviation. It also discusses strategies CFIs can teach to mitigate pilot deviations, such as planning taxi routes, using cockpit discipline, and staying alert when taxiing. The workshop concludes with a quiz to test understanding of topics like when to complete checklists and the need to read back all air traffic control clearances and runway designators.
To reduce the risk of accidents due to weather related factors, pilots should rely upon accurate real-time weather
reporting and learn about weather reporting technologies currently available.
The document discusses the standard six primary flight instruments including the airspeed indicator, attitude indicator, altimeter, vertical speed indicator, turn coordinator, and heading indicator. It explains what each instrument measures, how it works, and how to read it. For example, it states that the airspeed indicator uses pitot tubes and static ports to measure speed through the air, while the altimeter measures air pressure to determine altitude. It also provides some sample instrument readings and poses quiz questions about using combined instruments to replace one that has failed.
The document provides an overview of the various instruments and displays pilots interact with when flying a fighter jet. It describes instruments that indicate speed like the airspeed indicator and machmeter. It also covers altitude instruments like the altimeter and radar altimeter. Other instruments discussed include the artificial horizon, vertical airspeed indicator, compass, gyrocompass, head-up display, and helmet-mounted display. The document also summarizes controls like the throttle and stick, as well as multifunction displays and flight data recorders.
The attitude indicator uses a gyroscope to display the orientation and bank angle of an aircraft relative to the Earth's horizon. It shows pitch and bank on a display divided into blue sky and brown ground colors. The instrument remains level with gravity and may develop small errors over long flights or high acceleration. Pilots use it to view a miniature airplane symbol and horizon bar separating the sky and earth representations, along with degree indices marking the bank angle.
This document analyzes technologies for reducing incidents of air-to-ground fratricide. It discusses how the Department of Defense failed to improve target identification and situational awareness after the Gulf War, leading to unnecessary losses in later conflicts. It describes radio frequency tag and combat identification systems currently being evaluated. While these emerging systems aim to improve joint terminal attack controllers' target identification, they provide only moderate enhancement of aircraft capabilities for independent target identification. The document concludes that fully implementing fratricide reduction systems is necessary to reverse fratricide trends and save lives on future battlefields.
This document provides a comprehensive list of defense and intelligence abbreviations and acronyms used by the US military between 1987-1997. It includes over 1,000 abbreviations across various topics like command structures, weapons, intelligence functions, and more. The list was compiled by the Joint Military Intelligence College to promote standardization across organizations. Users are invited to submit additional acronyms to expand the list.
This accident report discusses the October 28, 2012 crash of a Pilatus PC-12/47 aircraft near Lake Wales, Florida that killed all 6 people on board. The aircraft departed controlled flight in instrument meteorological conditions with thunderstorms in the area. The pilot had filed an IFR flight plan from Fort Pierce to Gainesville, Florida. Radar data showed the aircraft descended rapidly and turned before the final radar return. The pilot, a private pilot, and all passengers sustained fatal injuries in the crash. The report examines the pilot's qualifications, aircraft details, weather conditions, and provides analysis of possible factors contributing to the accident.
This presentation is about the Avionics System Standards in terms of hardware and software briefly discussing the DO-254( ) and DO-178( ) as required for basic understanding.
This document discusses aircraft flight instruments. It begins by asking what flight instruments are and why they are needed, particularly in poor visibility conditions. It then provides an overview of the typical instrument layout, known as the "six pack", and proceeds to describe each individual instrument - including the altimeter, attitude indicator, turn coordinator, heading indicator, vertical speed indicator, and airspeed indicator. It explains that some instruments rely on pitot-static systems while others use gyroscopes. In conclusion, it emphasizes the importance of knowing how to read these instruments well in order to fly an aircraft.
Avionics are the electronic systems used on aircraft and spacecraft to support flight operations. They include communications, navigation, monitoring of aircraft systems, weather detection, collision avoidance, autopilot, radar, and management of other aircraft functions. Avionics originated from systems developed during World War 2 for functions like radar and autopilot. Modern avionics play an important role in air traffic management through improved navigation and safety systems.
The document provides a summary of Jackie Dillard's professional experience as a Senior Operations Manager and Military Veteran with over 20 years of experience in the United States Army. Dillard has extensive experience managing safety programs for military units with up to 1000 personnel and assets valued over $500 million. Dillard's experience includes conducting inspections, safety training, investigating accidents, analyzing safety data trends, and ensuring regulatory compliance. Dillard holds a Bachelor's degree in Aeronautical Science and various military certifications in safety management, hazardous materials, and aviation.
This document provides information about aircraft crashes, including their causes, investigations, and solutions. It begins with an introduction and table of contents. Major sections discuss the chronology of major air crash disasters, how crashes happen, common causes of crashes such as pilot error and mechanical failures, and how crash investigations are conducted. The roles of agencies like the FAA and NTSB in regulating aviation safety and investigating incidents are described. Overall causes of crashes are evaluated, and human error is identified as the leading cause. The document concludes with a bibliography.
Hardware assessment and validation are major parts of developing modern digital avionics systems. The assessment process involves fault tree analysis and failure mode effects analysis to evaluate reliability. Certification by regulatory authorities is also a key concern, particularly FAR Part 25.1309 which establishes requirements for equipment, systems, and installations to ensure safe flight. The document discusses factors like capability, reliability, maintainability, and cost that avionics systems must consider to receive certification.
Many aviation accidents, both commercial and private, are caused by defective equipment. If it can be shown that equipment failure or a defective plane component resulted in an aviation accident that caused injury or death, it may be possible to file a lawsuit against the liable parties. So to file your case contact http://alabama.attorney-group.com/airplane-accidents/
This document provides a comprehensive list of defense and intelligence abbreviations and acronyms used by the US military between approximately 1987 and 1997. It includes expansions for hundreds of abbreviations and was compiled by the Joint Military Intelligence College with contributions from various military organizations. The editor thanks the individuals who assisted in compiling and validating the extensive list. Users are encouraged to submit additional acronyms to update and improve the list.
This document is a transcript for Kyle King that lists his military training courses, occupations, and test scores. It summarizes his completion of courses in aviation fundamentals, electricity, electronics, and aircraft maintenance. It also lists his occupations as an Aviation Electrician's Mate and the credits recommended by the American Council on Education for the skills and knowledge gained in his military training and experience.
The document provides tips on obtaining a good weather briefing, including:
- Practice getting briefings regularly to become familiar with the process.
- Develop an awareness of overall weather patterns before getting a detailed briefing by monitoring forecasts 1-2 days in advance.
- When getting a briefing, provide details about your flight to help the briefer tailor it to your needs.
- The main types of briefings are standard, abbreviated, and outlook, with standard being the most comprehensive close to departure.
This document discusses several accidents that appear to be caused by aircraft encountering severe weather while operating under IFR. Investigations show that in these accidents, pilots were either not advised of severe weather ahead or were given incomplete information by air traffic controllers. The document provides recommendations for pilots to avoid severe weather encounters, including maintaining weather awareness, using ATC weather advisories, giving and requesting updates from controllers, and making deviation decisions early. Pilots are advised to take primary responsibility for weather avoidance.
This document outlines the components and development of an Emergency Action Plan (EAP). An EAP defines the actions that medical personnel must follow in emergency situations. It should include the roles and qualifications of staff, emergency equipment locations, medical facilities, communication plans, transportation, and venue maps. EAPs can address standard injuries, weather emergencies, or traumatic events. The document provides guidance on creating venue-specific EAPs, practicing the plans, and documenting real emergency responses for improvement.
The document provides an overview of basic flight instruments and modern glass cockpit instruments. It discusses the airspeed indicator, attitude indicator, altimeter, turn indicator, heading indicator, vertical speed indicator as the basic flight instruments. For modern instruments, it describes the primary flight display, multi-function display, and electronic centralized aircraft monitoring display that make up an electronic flight instrument system or glass cockpit.
This document is from a Federal Aviation Administration (FAA) workshop for Certified Flight Instructors (CFIs) that took place from July 1 to September 30, 2012. The workshop module discusses pilot deviations, including runway incursions. It provides definitions of terms like runway incursion and pilot deviation. It also discusses strategies CFIs can teach to mitigate pilot deviations, such as planning taxi routes, using cockpit discipline, and staying alert when taxiing. The workshop concludes with a quiz to test understanding of topics like when to complete checklists and the need to read back all air traffic control clearances and runway designators.
To reduce the risk of accidents due to weather related factors, pilots should rely upon accurate real-time weather
reporting and learn about weather reporting technologies currently available.
The document discusses the standard six primary flight instruments including the airspeed indicator, attitude indicator, altimeter, vertical speed indicator, turn coordinator, and heading indicator. It explains what each instrument measures, how it works, and how to read it. For example, it states that the airspeed indicator uses pitot tubes and static ports to measure speed through the air, while the altimeter measures air pressure to determine altitude. It also provides some sample instrument readings and poses quiz questions about using combined instruments to replace one that has failed.
The document provides an overview of the various instruments and displays pilots interact with when flying a fighter jet. It describes instruments that indicate speed like the airspeed indicator and machmeter. It also covers altitude instruments like the altimeter and radar altimeter. Other instruments discussed include the artificial horizon, vertical airspeed indicator, compass, gyrocompass, head-up display, and helmet-mounted display. The document also summarizes controls like the throttle and stick, as well as multifunction displays and flight data recorders.
The attitude indicator uses a gyroscope to display the orientation and bank angle of an aircraft relative to the Earth's horizon. It shows pitch and bank on a display divided into blue sky and brown ground colors. The instrument remains level with gravity and may develop small errors over long flights or high acceleration. Pilots use it to view a miniature airplane symbol and horizon bar separating the sky and earth representations, along with degree indices marking the bank angle.
This document analyzes technologies for reducing incidents of air-to-ground fratricide. It discusses how the Department of Defense failed to improve target identification and situational awareness after the Gulf War, leading to unnecessary losses in later conflicts. It describes radio frequency tag and combat identification systems currently being evaluated. While these emerging systems aim to improve joint terminal attack controllers' target identification, they provide only moderate enhancement of aircraft capabilities for independent target identification. The document concludes that fully implementing fratricide reduction systems is necessary to reverse fratricide trends and save lives on future battlefields.
This document provides a comprehensive list of defense and intelligence abbreviations and acronyms used by the US military between 1987-1997. It includes over 1,000 abbreviations across various topics like command structures, weapons, intelligence functions, and more. The list was compiled by the Joint Military Intelligence College to promote standardization across organizations. Users are invited to submit additional acronyms to expand the list.
This accident report discusses the October 28, 2012 crash of a Pilatus PC-12/47 aircraft near Lake Wales, Florida that killed all 6 people on board. The aircraft departed controlled flight in instrument meteorological conditions with thunderstorms in the area. The pilot had filed an IFR flight plan from Fort Pierce to Gainesville, Florida. Radar data showed the aircraft descended rapidly and turned before the final radar return. The pilot, a private pilot, and all passengers sustained fatal injuries in the crash. The report examines the pilot's qualifications, aircraft details, weather conditions, and provides analysis of possible factors contributing to the accident.
This presentation is about the Avionics System Standards in terms of hardware and software briefly discussing the DO-254( ) and DO-178( ) as required for basic understanding.
This document discusses aircraft flight instruments. It begins by asking what flight instruments are and why they are needed, particularly in poor visibility conditions. It then provides an overview of the typical instrument layout, known as the "six pack", and proceeds to describe each individual instrument - including the altimeter, attitude indicator, turn coordinator, heading indicator, vertical speed indicator, and airspeed indicator. It explains that some instruments rely on pitot-static systems while others use gyroscopes. In conclusion, it emphasizes the importance of knowing how to read these instruments well in order to fly an aircraft.
Avionics are the electronic systems used on aircraft and spacecraft to support flight operations. They include communications, navigation, monitoring of aircraft systems, weather detection, collision avoidance, autopilot, radar, and management of other aircraft functions. Avionics originated from systems developed during World War 2 for functions like radar and autopilot. Modern avionics play an important role in air traffic management through improved navigation and safety systems.
The document provides a summary of Jackie Dillard's professional experience as a Senior Operations Manager and Military Veteran with over 20 years of experience in the United States Army. Dillard has extensive experience managing safety programs for military units with up to 1000 personnel and assets valued over $500 million. Dillard's experience includes conducting inspections, safety training, investigating accidents, analyzing safety data trends, and ensuring regulatory compliance. Dillard holds a Bachelor's degree in Aeronautical Science and various military certifications in safety management, hazardous materials, and aviation.
This document provides information about aircraft crashes, including their causes, investigations, and solutions. It begins with an introduction and table of contents. Major sections discuss the chronology of major air crash disasters, how crashes happen, common causes of crashes such as pilot error and mechanical failures, and how crash investigations are conducted. The roles of agencies like the FAA and NTSB in regulating aviation safety and investigating incidents are described. Overall causes of crashes are evaluated, and human error is identified as the leading cause. The document concludes with a bibliography.
Hardware assessment and validation are major parts of developing modern digital avionics systems. The assessment process involves fault tree analysis and failure mode effects analysis to evaluate reliability. Certification by regulatory authorities is also a key concern, particularly FAR Part 25.1309 which establishes requirements for equipment, systems, and installations to ensure safe flight. The document discusses factors like capability, reliability, maintainability, and cost that avionics systems must consider to receive certification.
Many aviation accidents, both commercial and private, are caused by defective equipment. If it can be shown that equipment failure or a defective plane component resulted in an aviation accident that caused injury or death, it may be possible to file a lawsuit against the liable parties. So to file your case contact http://alabama.attorney-group.com/airplane-accidents/
This document provides a comprehensive list of defense and intelligence abbreviations and acronyms used by the US military between approximately 1987 and 1997. It includes expansions for hundreds of abbreviations and was compiled by the Joint Military Intelligence College with contributions from various military organizations. The editor thanks the individuals who assisted in compiling and validating the extensive list. Users are encouraged to submit additional acronyms to update and improve the list.
This document is a transcript for Kyle King that lists his military training courses, occupations, and test scores. It summarizes his completion of courses in aviation fundamentals, electricity, electronics, and aircraft maintenance. It also lists his occupations as an Aviation Electrician's Mate and the credits recommended by the American Council on Education for the skills and knowledge gained in his military training and experience.
The document provides tips on obtaining a good weather briefing, including:
- Practice getting briefings regularly to become familiar with the process.
- Develop an awareness of overall weather patterns before getting a detailed briefing by monitoring forecasts 1-2 days in advance.
- When getting a briefing, provide details about your flight to help the briefer tailor it to your needs.
- The main types of briefings are standard, abbreviated, and outlook, with standard being the most comprehensive close to departure.
This document discusses several accidents that appear to be caused by aircraft encountering severe weather while operating under IFR. Investigations show that in these accidents, pilots were either not advised of severe weather ahead or were given incomplete information by air traffic controllers. The document provides recommendations for pilots to avoid severe weather encounters, including maintaining weather awareness, using ATC weather advisories, giving and requesting updates from controllers, and making deviation decisions early. Pilots are advised to take primary responsibility for weather avoidance.
1) Several general aviation accidents occur each year due to pilots encountering reduced visibility conditions and experiencing spatial disorientation or controlled flight into terrain. Even in clear weather, night flights over areas with limited lighting provide few visual references that can be disorienting.
2) Three accident summaries are described where pilots crashed after experiencing spatial disorientation in low visibility conditions. The accidents involved a pilot who flew too low through a mountain pass, a pilot who deviated from his flight path and altitude in instrument conditions, and a pilot who crashed while maneuvering in dark night conditions with limited visual references.
3) Pilots are encouraged to obtain weather briefings, refuse external pressures that could influence dangerous decisions, seek training on aircraft
Pilots often experience accidents in low visibility conditions due to spatial disorientation or controlled flight into terrain. Three example accidents are described where pilots crashed after deviating from their flight plan or maneuvering in dark areas with limited visual references. Pilots can reduce risks by obtaining weather briefings, maintaining proficiency on avionics, being honest about limitations, and avoiding distractions. Training resources are available to help pilots assess risks and make safe decisions.
iPad pilot proficiency check: How to fly like a pro with your iPadSporty's Pilot Shop
The iPad is practically required equipment for many pilots and there's no question it has improved safety and reduced the costs associated with flying. iPad Proficiency Check will include a series of insightful recommendations, strategies and other tips that pilots of all experience levels should know when flying with the iPad.
Topics include hidden software features, iPad "gotchas", flying with ADS-B weather, iPad connected panel, ForeFlight tips, airport operations and runway safety, battery management, mounting and much more.
This document contains definitions and explanations of various aviation weather products, airspace classifications, and other aeronautical information. It defines METAR, TAF, FA, surface analysis charts, radar summary charts, winds and temperature aloft charts, significant weather prognostic charts, AWOS, ASOS, ATIS, SIGMETs, AIRMETs, PIREPs, airspace classes G-A, and special use airspace including TRSA, SUA, MOA, and W-XXX. It provides the purpose, components, and issuance intervals of these products and classifications.
Review and analysis of a January 16, 2014, major turbulence eventSchneider Electric
On January 16, 2014, United Airlines flight 89 from Newark to Beijing departed at 12:55 p.m. Eastern, carrying 189 passengers and 16 crew members. Forty-five minutes into the flight, food and beverage service had just begun when the plane began to experience severe turbulence. Pilots were not expecting turbulence of that nature; it was so severe that it injured five flight attendants and the plane had to return to the Newark Liberty International Airport.
The aviation industry is in need of flight weather hazards forecasts that are timely, targeted, and not dependent on operations and planning managers to interpret potentially dangerous and costly situations. Our newest, patented model delivers better-defined turbulence, icing, and thunderstorm forecasts more frequently, based on global weather data models and a high definition U.S. model, which help to reduce the need for interpretation.
Author: John Thivierge
This document discusses aviation weather forecast solutions from IBM that can help airlines and airports optimize operations and reduce costs and delays associated with weather. It provides examples of how solutions like Fusion, Pilotbrief, and weather data APIs provide real-time weather insights that allow for safer and more efficient flight planning, routing of aircraft around turbulence and storms, and management of ground operations during adverse weather. The document also outlines services IBM provides including embedded meteorologists, briefings, and forecasts to help the aviation industry mitigate risks from weather.
Pilots can help prevent accidents by effectively managing risks through good decision-making. Accidents often result from multiple small risks not being identified or managed properly, or when pilots do not perceive high risk situations accurately. Common accidents related to poor risk management include spatial disorientation in low visibility conditions without proper qualifications, continuing a flight while impaired, and departing into known adverse weather against better judgment. Pilots should be honest about their abilities and limitations, avoid external pressures, and have diversion plans to help manage risks.
Term Paper Submitted in partial fulfillment of the requirements for the award of the degree of Bachelor of Technology In Aerospace Engineering.
AMITY UNIVERSITY DUBAI
Pilot Simba Mutsahuni outlined the key activities pilots perform before and during flights. These include gathering information on weather, routes, aircrafts, and passengers to create a detailed flight plan. Pilots must ensure the aircraft is fueled, all systems are checked, and the cabin crew is briefed. During the flight, pilots communicate with air traffic control and the cabin crew, monitor instruments, check aircraft performance and weather/traffic conditions, and communicate with passengers. They must also be prepared to respond to emergencies and weather changes. Simba Chikore added that charter aircraft can provide commercial pilots flexibility in serving different customer needs like resort travel.
Pilot Safety and Warning Supplements Searchable.pdfGustavoPeaFaras1
This document provides guidance to pilots on physiological factors that can impact flight safety, including fatigue, stress, emotion, illness, medication, alcohol, and hydration. It warns that fatigue, both acute and chronic, can slow reaction times and cause errors. It advises pilots to get adequate rest and not fly if markedly fatigued. Stress from life events can also impair performance, as can strong emotions from traumatic events. Pilots should not fly with an illness or while taking medications that could cause side effects impacting flight safety. The document emphasizes that alcohol and flying is a lethal combination, and that pilots should allow at least 8 hours after drinking before flying, or 24 hours after drinking a moderate or large amount of alcohol.
This document provides an updated 2022 support manual for air shows hosted by the United States Air Force Thunderbirds demonstration squadron. Key changes include updated contact information, fuel and equipment requirements, and show timelines. The manual outlines all necessary planning details and requirements to ensure a successful air show, including coordinating transportation, housing, maintenance, security, public affairs, and recruiting support. Adhering closely to the guidelines and meeting all deadlines is emphasized as critical to the Thunderbirds' operations.
2017 Heli-Expo - "What the FRAT?" Helicopter Risk Analysis ToolIHSTFAA
This document provides information about a Flight and Ground Risk Analysis Tool (FRAT/GRAT). It discusses the key elements that should be included in a FRAT/GRAT, such as factors related to the pilot, aircraft, environment, and external pressures. It also describes how to determine a risk score and what to do based on the score, such as mitigating risks for a yellow score or cancelling a flight for a red score. Finally, it discusses how a FRAT/GRAT fits within an organization's Safety Management System and regulatory requirements for its use.
This document summarizes key aspects of winter operations for airports, air traffic control, and pilots. It discusses how changing weather conditions increase risks of runway excursions and the importance of collaboration and communication between stakeholders. Specifically, it emphasizes the importance of disseminating timely information on field conditions to pilots, avoiding unstable approaches, understanding operational limitations during winter, and evaluating winter plans before the season begins to enhance safety. It also discusses challenges with complacency around standard phraseology and procedures over time.
This document provides definitions for key terms related to aircraft icing training. Some key terms defined include: accretion, the growth of ice on aircraft surfaces; anti-icing, protecting aircraft surfaces from ice formation for a limited time; and deicing, removing frost, snow, or ice from aircraft surfaces. Braking action, ceiling, and charts are also defined. The document serves as a glossary for technical terms pilots and flight crews may encounter regarding aircraft icing conditions and mitigation.
This document summarizes the key points from an FAA Safety Standdown focusing on loss of control in-flight (LOC-I) accidents. LOC-I is the leading cause of fatal general aviation accidents. The Standdown provides information to help pilots avoid LOC-I situations and improve safety, including that 27% of LOC-I accidents occur during maneuvering flight. It emphasizes applying time-tested techniques like maintaining aircraft control, using proper decision making, and conducting thorough preflight inspections.
This document provides guidance to general aviation pilots on developing standardized procedures for flight risk assessment and weather decision making. It contains three tools - PAEDU, PAVE, and a Flight Risk Assessment Form - to help pilots evaluate risks related to the pilot, aircraft, environment, duration and urgency of a planned flight. The document also provides guidance on establishing personal weather minimums based on pilot experience and conducting preflight weather planning with consideration for alternate plans. The tools and guidance are intended to help pilots make safer go/no-go and in-flight weather decisions.
This document outlines the job description for an ATCA/MET department position at Ras Al Khaimah International Airport. The responsibilities include assisting air traffic controllers in emergencies, answering phones, maintaining flight information, preparing flight progress strips, and coordinating with various airport services. Additional duties involve entering flight details, managing aeronautical information, observing weather conditions, and transmitting meteorological reports through communication systems. The role requires knowledge of various computer systems and software as well as experience in fields related to air traffic control, meteorology, and communications.
The document provides an overview and guide for ground vehicle operators at airports. It describes the basic airport infrastructure like runways, taxiways, and aprons. It explains common signs, lights, and markings used to guide aircraft and vehicles. It emphasizes that safety is the top priority and outlines rules for operating vehicles in order to prevent accidents and protect both aircraft operations and people. The guide is meant to educate operators on airport features and safe operating procedures.
Similar to FAA Flight Instructor Ops Forum 2014 - Got Weather? (20)
A Visual Guide to 1 Samuel | A Tale of Two HeartsSteve Thomason
These slides walk through the story of 1 Samuel. Samuel is the last judge of Israel. The people reject God and want a king. Saul is anointed as the first king, but he is not a good king. David, the shepherd boy is anointed and Saul is envious of him. David shows honor while Saul continues to self destruct.
Level 3 NCEA - NZ: A Nation In the Making 1872 - 1900 SML.pptHenry Hollis
The History of NZ 1870-1900.
Making of a Nation.
From the NZ Wars to Liberals,
Richard Seddon, George Grey,
Social Laboratory, New Zealand,
Confiscations, Kotahitanga, Kingitanga, Parliament, Suffrage, Repudiation, Economic Change, Agriculture, Gold Mining, Timber, Flax, Sheep, Dairying,
The chapter Lifelines of National Economy in Class 10 Geography focuses on the various modes of transportation and communication that play a vital role in the economic development of a country. These lifelines are crucial for the movement of goods, services, and people, thereby connecting different regions and promoting economic activities.
Leveraging Generative AI to Drive Nonprofit InnovationTechSoup
In this webinar, participants learned how to utilize Generative AI to streamline operations and elevate member engagement. Amazon Web Service experts provided a customer specific use cases and dived into low/no-code tools that are quick and easy to deploy through Amazon Web Service (AWS.)
Walmart Business+ and Spark Good for Nonprofits.pdfTechSoup
"Learn about all the ways Walmart supports nonprofit organizations.
You will hear from Liz Willett, the Head of Nonprofits, and hear about what Walmart is doing to help nonprofits, including Walmart Business and Spark Good. Walmart Business+ is a new offer for nonprofits that offers discounts and also streamlines nonprofits order and expense tracking, saving time and money.
The webinar may also give some examples on how nonprofits can best leverage Walmart Business+.
The event will cover the following::
Walmart Business + (https://business.walmart.com/plus) is a new shopping experience for nonprofits, schools, and local business customers that connects an exclusive online shopping experience to stores. Benefits include free delivery and shipping, a 'Spend Analytics” feature, special discounts, deals and tax-exempt shopping.
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How to Setup Warehouse & Location in Odoo 17 InventoryCeline George
In this slide, we'll explore how to set up warehouses and locations in Odoo 17 Inventory. This will help us manage our stock effectively, track inventory levels, and streamline warehouse operations.
How to Make a Field Mandatory in Odoo 17Celine George
In Odoo, making a field required can be done through both Python code and XML views. When you set the required attribute to True in Python code, it makes the field required across all views where it's used. Conversely, when you set the required attribute in XML views, it makes the field required only in the context of that particular view.
5. Required Preflight
Action
91.103 — Preflight action.
Each pilot in command shall, before beginning a flight,
become familiar with ALL AVAILABLE INFORMATION
CONCERNING THAT FLIGHT.
This information must include— (a) For a flight under
IFR or a flight not in the vicinity of an airport, weather
reports and forecasts, fuel requirements, alternatives
available if the planned flight cannot be completed.*
*Always have an out…
6. WWeeaatthheerr--RReellaatteedd
AAcccciiddeenntt CCaauusseess
Questions:
1.In what percentage of total accidents is
weather a cause or factor?
2.What are the Top 3 weather conditions which
were a cause or factor in a weather-related
accident?
7. Weather-Related
Accident Causes
A: In over 20% of the total accidents, weather was a cause or factor
A: The Top 3: Adverse winds (52%); low ceilings/visibility
(18%) and density altitude (5%)
Source www.faa.gov/tv NTSB Weather Wise July 2012
8. Got Briefing?
NTSB Study:
In 41% of weather-related accidents, the
pilot DID NOT obtain an adequate weather briefing.
Questions:
Why are pilots skipping this required step?
Are we stressing briefings even for local flights?
9. What’s The REAL
Purpose?
The overall purpose of preflight planning is:
To prevent surprises!
Every pilot should ask:
“Have I collected ALL the information I need to
prevent surprises?”
– If not, don’t go
– If yes, update at least every 2 hours
10. New Item on NTSB’s
10 “Most Wanted”
List
May, 2014
•NTSB: NWS and FAA should do a better job of
identifying and communicating hazardous weather
information to pilots
– Useful, important supplemental weather information exists from
NWS, but never gets to pilots during briefings
•Recommendation: Get MORE weather information into
pilots' hands. Including:
– Local forecaster discussions
– Center weather advisories
– Mountain-wave reports
11. Our Goal
“To prevent accidents by teaching pilots to analyze
weather information from ALL available resources so
that they can correctly make “Go/No-Go” decisions”
12. Discuss Our Goal!
Which sources for weather do you teach?
Which do the best job?
Why do you think that?
13. Keep Talking…
How can we can teach pilots to:
• Obtain a better self-briefing?
• Interpret the Information they receive?
• Make a Go/No-Go decision?
• Update their decision in flight?
14. Keep Talking…
• What are some of the most important things we should
teach about viewing weather charts?
• Currency of the information
• Where the weather is approaching from
• Where it is moving, and when will it be there
• How to recognize when it’s not moving as
forecast, and what adjustments to their
“plan” will be necessary
19. METAR Map: Forecasts
For Nearly EVERY Airport!
Choose from 3 different sources for airport
forecasts, plus TAFs.
20. METAR MAP:
Upper-Air Forecasts
Use Skew-T diagrams to see forecast winds,
temperature, and dewpoint aloft for ANY airport
21. NEXRAD Tips
• Use non-NWS sites for better detail (i.e., Wunderground.com)
• Use loop and storm track features to project cell movement
• Some sites now forecast cell movement up to 6 hrs.
• Lightning display is useful, but not easily found
• DBZ chart: Different vendors use different colors to show
reflectivity. (Airborne radar uses even different colors.)
22. NEXRAD Tips:
Check Echo Tops
Note the Echo Top heights…the higher the
echoes, the stronger the storm
23. NEXRAD Tips:
Watch Gust Fronts
• Gust fronts can produce low altitude wind shear
that can be hazardous to aircraft operations.
• May travel 100’s of miles from the area of origin.
Source: American Meteorological Society, NWS
24. NEXRAD Tips:
Watch The Time!
Remember that the in-cockpit NEXRAD display depicts where
the weather WAS, not where it IS. The age indicator does not
show the age of the actual weather conditions but rather the
age of the mosaic image. The actual weather conditions
could be up to 15 to 20 minutes OLDER than the age
indicated on the display. You should consider this potential
delay when using in-cockpit NEXRAD capabilities, as the
movement and/or intensification of weather could adversely
affect safety of flight.
25. Resources: FAA
Weather Briefing Form
Weather Briefing Form
http://www.faa.gov/pilots/safety/media/ga_weather_decision_making.pdf
27. To Sum Up...
Our job is to teach pilots to:
•Use ALL AVAILABLE RESOURCES,
including the unofficial ones and those not
on their Ipads
•Brief OFTEN (update at least every 2 hrs.)
•DOCUMENT by using an official weather
brief (either DUAT/s, FSS…not Ipad)
(cont.)
28. …To Sum Up
We must teach pilots to:
•Minimize surprises by being prepared
•Minimize the risk by always having an
“out” planned for each situation
•Use personal minimums
29. This presentation would not have been
possible without the generous help and
support of the following:
Your Forum Facilitator
FAA Safety Team
www.FAASafety.gov
SAFE
www.SafePilots.org
Presentation Author(s)
Emelia Bernava
Dreamworks.lta@verizon.net
Marc Coan
(marc@skymachines.com)
Chuck Gensler
(cgensler@flywithia.com)
Created June 2014
Editor's Notes
PRESENTER:
Thank you for taking the time to facilitate this important CFI Open Forum!
This is a guided discussion using trigger questions that will be posed by you to engage participants in open dialogue. A Presenter’s Guide with additional information is included as part of this forum:
Overview: Ask the question. Why are we here and what do we want to accomplish today?
Answer: We want you to leave here today with a better understanding of what weather products are available so you can help educate every pilot you come in contact with and help reduce weather related accidents.
Presenter’s Guide PDF contents:
CLICK TO PROCEED TO NEXT SLIDE
This accident highlights why pilots should get a weather briefing for even short flights.
This accident highlights why pilots should get a weather briefing for even short flights.
This accident highlights why pilots should get a weather briefing for even short flights. Now that we understand why a pre flight weather briefing is necessary, let’s look at what the Regulations say.
This regulation can be seen as requiring pilots to get a preflight weather briefing.
It also requires them to “always have an out”
Discussion question: How do you teach your pilots to “always have an out?”
Let several CFI’s tell how they do it and then move on.
Have the audience take a few guesses at the answers to these questions
Pilot training handbooks and courses, magazine articles, and CFI’s typically emphasize supposed “killer” weather factors like airframe icing, windshear, and thunderstorms, but, at least in 2007-2009, these accounted for only 7% of accidents.
Discussion question: Are CFI’s placing enough emphasis on the most common weather-related accident causes?
In spite of FAR 91.103, in a disturbingly large percentage of weather-related accidents, there was no record of the pilot ever having obtained a preflight briefing.
Discussion question: Are CFIs doing a good job of teaching pilots to obtain at least some basic weather information (NWS local non-aviation forecast, TAF) before EACH flight?
CFI’s should also stress that, to prove they complied with 91.103, pilots should either print the information they get from the internet and carry it with them, or record their N-number on one of the “official” briefing sites: FSS: lmfsweb.afss.com, DUAT/S: duat.com or duats.com, Fltplan.com, or other approved apps.
Discussion question: How can CFIs better teach pilots to “prevent surprises?” Ask for some Instructors to explain how they do it?
What do you teach your pilots that helps them prevent surprises?
Discussion question: Where can pilots obtain information on weather hazards other than through “official” FAA breifings? Ideas: NWS local forecasts, hazardous weather outlooks, and local weather forecaster discussions. [Copy of the NTSB recommendation in Presenter’s Guide.] There will be a handout with links to various weather sources that can be used.
Read the mission statement aloud. The next three slides feature discussion questions meant to get CFIs sharing what works for them with other CFIs in the audience.
Allow about 5 min. for discussion
Allow about 5 min. for discussion
Allow about 5 min. for discussion.
The Aviation Digital Data Service at AviationWeather.gov provides pilots with charts and all of the elements which might be in a weather briefing. HOWEVER, it does not record your N-number and therefore is not an official weather briefing site. Therefore, it should be considered “supplemental” weather information. It is NOT enough to satisfy FAR 91.103, yet many Ipad apps use exclusively. From the site: “Currently, the information contained here does not meet the FAA requirements for a pre-flight weather brief. Therefore, it's important that pilots still call and obtain a briefing from an FAA Flight Service Specialist”
Discussion question:
How many of you have seen or use the Center Weather Advisories?
See www.aviationweather.gov/cwamis. The May 7 NTSB recommendation discussed on Slide 10 specifically recommended pilots be given Center Weather Advisories in order to discern CURRENT, regional weather hazards.
Many pilots do not use the Lockheed-Martin site because they don’t know it exists. It provides an excellent selection of weather maps. A pilot can literally look at these while having an FSS briefer analyze what is being shown. The pilot’s N-number will be recorded.
This map is produced by the Oakland Center Weather Service Unit, the METAR Map is a pilot's and controller's one-stop shop for quick weather info. Stations are color-coded for VFR, MVFR, IFR, and LIFR conditions; mouse over a station to read it’s current METAR and TAF. Click a station to get detailed weather information explained on the next slide.
The quickest way to get both official TAFs for major airports and unofficial non-TAF forecasts for almost any airport with weather reporting is by clicking on the airport and then on the NWS and Guidance tabs. (Presenter, point to the Guidance Tab at the top right.) Also available are nearby PIREPS, historical observations for the past 24 hrs-30 days, and an NWS satellite image for the region. Pilots can choose from three different computer weather models which provide different forecasts which can be compared and contrasted with each other and the TAFs and Area Forecast.
By clicking the “RUC Sounding” tab on the METAR Map’s airport pages, pilots can view a current Skew-T diagram for that airport. (Forecast Skew-T’s are available at http://rucsoundings.noaa.gov/gwt/.) The Skew-T, or sounding chart, is a vertical snapshot of temperature, dew point and winds above a point on the earth. At first glance, a SkewT appears to be complex, but pilots only need to know about a few lines and their relative positions, or orientations, to obtain valuable information about cloud bases and tops, freezing temperatures, icing zones, fog, inversions, and winds. A how-to article is available at http://aviationweather.gov/general/pubs/front/docs/feb-04.pdf
There is also training available at this website: http://www.theweatherprediction.com/thermo/
There are many Apps like RadarScope, RadarCast, and Intellicast that offer many new and different radar features, including lightning display and forecast radar. Find some you like and show them to the Pilots you work with. The NWS has the poorest radar display; no forecast, no lightning, and the new “Super Resolution” NEXRAD products are not available on either NWS sites or most commercial sites. Sites: Wunderground.com is a favorite for zooming. Intellicast.com features a 30-min. forecast radar product. The AOPA weather site is using Jeppesen weather and Jeppesen offers a 6-hr. forecast product. http://weather.cod.edu/satrad/ offers the new “dual polarization” products like Super Res.
Shown is a screenshot from the Wundermap feature at www.wunderground.com. Click on a storm and you will also get the speed it is traveling, in what direction, the max reflectivity, and the prevalence of hail. Worst storms: Those with hail, high radar reflectivity, high echo tops, and fast groundspeeds. (Note: Echo tops are not to be confused with cloud tops; echo tops are the height of precipitation.)
Pilots should avoid departing an airport which is within 25 n.m. of a severe thunderstorm unless they know that the gust front has already passed or does not exist. Now that we have discussed Preflight weather sources let’s look at an inflight potential problem.
The NTSB warns that accidents have been caused by pilots relying on airborne displays (XM, etc.) which are displaying composite or mosaic images of the weather which are much older than the actual conditions. This information can be so stale that it can’t be trusted. XM radar is for “strategic” thunderstorm avoidance (general location and movement in a region), and not “tactical” avoidance (steering around individual storm or cells). For tactical avoidance, only airborne weather radar and lightning detectors should be consulted. Do not fly in the clouds if there are imbedded thunderstorms unless you are sure you can avoid them. The best practice is to be out of the clouds so you can visually see the storms.
Think of it as a checklist of the most basic information which should be included in a weather briefing. Please take a look at the GA weather decision making pdf link and share with the pilots you work with.
Discussion Questions: Do you teach pilots to set personal minimum for surface winds? Turbulence? Winds aloft?
Do you teach them to consider adjusting their minimums before each flight?
Do you teach them to constantly do a risk assessment as they are flying? Always deciding continue or divert?
Well, we have covered quite a bit of material today so let’s summarize.
Here are some key points you need to stress when working with the pilots you come in contact with.
THIS SLIDE:
Acknowledgments:
We would like to thank FAASafety.gov, SAFE, and the Instructors that helped put this presentation together.
PRESENTER:
Thank the many hard working volunteers who make this and other free educational forums possible!
Be sure to acknowledge the host of the event.
CLICK TO END PRESENTATION