This chapter discusses strategic and tactical operations for aircraft rescue and firefighting. It covers incident management using NIMS-ICS, types of in-flight and ground emergencies, low and high impact crashes, response procedures, and considerations for responding to military aircraft accidents. The key aspects of NIMS-ICS including common terminology, modular organization, and unified command structure are described. Response priorities, size-up procedures, positioning apparatus based on wind and terrain are also outlined.
ACO-10 Aircraft Cargo Hazards, Including Haz-Mat and Dangerous Goods Brock Jester
- The chapter discusses strategies and tactics for responding to various aircraft emergencies and accidents. It covers components of the National Incident Management System-Incident Command System (NIMS-ICS) and how it provides an organizational structure for emergency responses.
- The document outlines procedures for responding to different types of in-flight emergencies, ground emergencies, and crashes including low-impact and high-impact scenarios. It stresses the importance of understanding response protocols, following appropriate safety warnings, and working within the chain of command during aircraft incident responses.
- ARFF personnel are instructed on factors to consider when sizing up an aircraft emergency scene and properly initiating rescue operations while prioritizing life safety above all else
This chapter discusses aircraft familiarization for aircraft rescue and firefighting personnel. It covers different types of aircraft including commercial, military, cargo, and general aviation. It describes major aircraft components like the fuselage, wings, engines, and tail. It also discusses different aircraft systems including fuel, hydraulic, electrical and auxiliary systems. The goal is for students to understand basic aircraft information and how it relates to aircraft rescue and firefighting operations.
ACO-7 Emergency Aircraft Evacuation and Assistance Brock Jester
This chapter of the document discusses aircraft rescue and firefighting (ARFF). It covers safety considerations and proper use of ARFF tools and equipment. A wide variety of hand tools and power tools are used, including saws, spreaders, and lighting/electrical equipment. The document outlines procedures for accessing aircraft interiors, operating in different environments, conducting rescues, and shutting down aircraft systems. It emphasizes doing all operations safely and prioritizing victim rescue and care.
This chapter discusses fire suppression, ventilation, and overhaul techniques for aircraft rescue and firefighting personnel. It covers identifying suppression methods, applying extinguishing agents such as foam and dry chemicals, conducting interior attack, and ventilating aircraft during fires. Personnel must extinguish all fires, prevent re-ignition, and preserve evidence during overhaul operations following an incident. Safety precautions are emphasized, such as avoiding agitating fuels, using self-contained breathing apparatus, and preventing interference with passenger evacuation.
ACO- 9 Adapting and Using Structural and Firefighting Equipment for Aircraft ...Brock Jester
Driver/operators of ARFF vehicles are responsible for vehicle inspection and maintenance to ensure systems are functioning properly. They must also safely drive vehicles to emergency scenes, positioning the vehicle considering the terrain and limitations of ARFF apparatus. Driver/operators are responsible for operating agent discharge systems and administering foam and water, practicing frequently to master agent management.
This document discusses communications for airport rescue and firefighting. It covers different types of airport alerts, functions of an Emergency Operations Center, and identifying airport communication systems and procedures. Key points include that emergency alerts may differ by airport, communication centers are important for dispatch, and ARFF personnel must be trained to proficiently use various communication methods like radios, computers, and light or hand signals depending on airport systems and noise levels during emergencies.
ACO- 11 Familiarization with Firefighter Duties Under the Airport Emergency P...Brock Jester
An Airport/Community Emergency Plan (A/CEP) should address multiple considerations and hazards at an airport. It should identify all agencies and organizations involved in emergency response, the roles and resources each can provide, and plans for coordinating communications and response. The A/CEP also needs to consider specific emergency scenarios like aircraft accidents, fires, and hazardous materials. Regular training exercises are important so all groups are prepared to fulfill their roles according to the A/CEP in case of an actual emergency at the airport.
ACO-3 Rescue and Firefighting Personnel SafetyBrock Jester
- Airport firefighters must be trained in using personal protective equipment and self-contained breathing apparatus to safely perform their jobs. They should understand firefighter safety at the fire station, during response, and on scene.
- ARFF personnel should anticipate hazards to mutual aid firefighters and be well-versed in general aircraft hazards as well as hazards from systems, materials, cargo, and military aircraft. They should also be able to identify and appropriately respond to potential terrorist incidents.
ACO-10 Aircraft Cargo Hazards, Including Haz-Mat and Dangerous Goods Brock Jester
- The chapter discusses strategies and tactics for responding to various aircraft emergencies and accidents. It covers components of the National Incident Management System-Incident Command System (NIMS-ICS) and how it provides an organizational structure for emergency responses.
- The document outlines procedures for responding to different types of in-flight emergencies, ground emergencies, and crashes including low-impact and high-impact scenarios. It stresses the importance of understanding response protocols, following appropriate safety warnings, and working within the chain of command during aircraft incident responses.
- ARFF personnel are instructed on factors to consider when sizing up an aircraft emergency scene and properly initiating rescue operations while prioritizing life safety above all else
This chapter discusses aircraft familiarization for aircraft rescue and firefighting personnel. It covers different types of aircraft including commercial, military, cargo, and general aviation. It describes major aircraft components like the fuselage, wings, engines, and tail. It also discusses different aircraft systems including fuel, hydraulic, electrical and auxiliary systems. The goal is for students to understand basic aircraft information and how it relates to aircraft rescue and firefighting operations.
ACO-7 Emergency Aircraft Evacuation and Assistance Brock Jester
This chapter of the document discusses aircraft rescue and firefighting (ARFF). It covers safety considerations and proper use of ARFF tools and equipment. A wide variety of hand tools and power tools are used, including saws, spreaders, and lighting/electrical equipment. The document outlines procedures for accessing aircraft interiors, operating in different environments, conducting rescues, and shutting down aircraft systems. It emphasizes doing all operations safely and prioritizing victim rescue and care.
This chapter discusses fire suppression, ventilation, and overhaul techniques for aircraft rescue and firefighting personnel. It covers identifying suppression methods, applying extinguishing agents such as foam and dry chemicals, conducting interior attack, and ventilating aircraft during fires. Personnel must extinguish all fires, prevent re-ignition, and preserve evidence during overhaul operations following an incident. Safety precautions are emphasized, such as avoiding agitating fuels, using self-contained breathing apparatus, and preventing interference with passenger evacuation.
ACO- 9 Adapting and Using Structural and Firefighting Equipment for Aircraft ...Brock Jester
Driver/operators of ARFF vehicles are responsible for vehicle inspection and maintenance to ensure systems are functioning properly. They must also safely drive vehicles to emergency scenes, positioning the vehicle considering the terrain and limitations of ARFF apparatus. Driver/operators are responsible for operating agent discharge systems and administering foam and water, practicing frequently to master agent management.
This document discusses communications for airport rescue and firefighting. It covers different types of airport alerts, functions of an Emergency Operations Center, and identifying airport communication systems and procedures. Key points include that emergency alerts may differ by airport, communication centers are important for dispatch, and ARFF personnel must be trained to proficiently use various communication methods like radios, computers, and light or hand signals depending on airport systems and noise levels during emergencies.
ACO- 11 Familiarization with Firefighter Duties Under the Airport Emergency P...Brock Jester
An Airport/Community Emergency Plan (A/CEP) should address multiple considerations and hazards at an airport. It should identify all agencies and organizations involved in emergency response, the roles and resources each can provide, and plans for coordinating communications and response. The A/CEP also needs to consider specific emergency scenarios like aircraft accidents, fires, and hazardous materials. Regular training exercises are important so all groups are prepared to fulfill their roles according to the A/CEP in case of an actual emergency at the airport.
ACO-3 Rescue and Firefighting Personnel SafetyBrock Jester
- Airport firefighters must be trained in using personal protective equipment and self-contained breathing apparatus to safely perform their jobs. They should understand firefighter safety at the fire station, during response, and on scene.
- ARFF personnel should anticipate hazards to mutual aid firefighters and be well-versed in general aircraft hazards as well as hazards from systems, materials, cargo, and military aircraft. They should also be able to identify and appropriately respond to potential terrorist incidents.
ACO-5 Use of Handlines, Turrets, and other Appliances Brock Jester
This chapter discusses aircraft rescue and fire fighting (ARFF) apparatus. It explains that airports are categorized based on factors like aircraft size and daily departures, which determines the number and types of ARFF vehicles required. The chapter describes various types of ARFF apparatus and their features, including fire suppression equipment, safety systems, and methods for resupplying water and foam. It stresses the importance of ARFF vehicles being well-maintained and operational during airport operations.
Chapter 01 Qualification for Aircraft Rescue and Firefighting Personnel Brock Jester
- ARFF personnel have three main priorities - rescue occupants, extinguish fires, and remove debris. They must be highly trained to carry out these time-critical missions.
- The history of ARFF dates back to the early days of aviation and has evolved with developments in aircraft technology. Significant milestones include regulations established during WWII and improvements in response to the advent of commercial jet travel.
- ARFF training programs cover skills like aircraft familiarization, emergency response techniques, and operating specialized vehicles and equipment that are required to effectively respond to airport incidents and crashes.
- Airport firefighters must thoroughly familiarize themselves with the airport layout and surroundings in order to safely and efficiently perform their jobs. This includes understanding the airport type, classification, runway and taxiway systems, signs, and other key areas.
- Familiarity with these airport features can save valuable time during an emergency response and help protect both crash victims and the responders themselves. The design and infrastructure of the airport can significantly impact firefighting operations.
Chapter 04 Safety and Aircraft Hazards Training1PFD
This chapter discusses safety hazards for aircraft rescue and firefighting personnel. It describes personal protective equipment that should be worn, including protective clothing, self-contained breathing apparatus, and other gear. Hazards associated with aircraft components, cargo, and emergencies are explained. The chapter also covers safety procedures for aircraft rescues and incidents involving dangerous goods, military aircraft, and agricultural application. Personnel are advised to gather information, select appropriate protective equipment, and establish control zones for hazardous situations.
- Airport firefighters must be thoroughly familiar with various types of civilian and military aircraft to safely operate during emergencies and recognize unique features of fixed-wing and rotary-wing aircraft.
- ARFF personnel need to understand the types of engines used to power aircraft and how to function safely around aircraft during normal and emergency conditions.
- Firefighters should be trained to recognize materials used in aircraft construction to understand how materials behave during crashes and fires, and identify and address fuel, power, and safety systems aboard aircraft.
An Airport/Community Emergency Plan (A/CEP) should address multiple considerations and hazards at an airport. It should identify all agencies and organizations involved in emergency response, the roles and resources each can provide, and plans for coordinating communications and response. The A/CEP also needs to consider specific emergency scenarios like aircraft accidents, fires, and hazardous materials. Regular training exercises are important so all groups are prepared to fulfill their roles according to the A/CEP in an actual emergency.
Chapter 04 Safety and Aircraft HazardsTraining1PFD
This chapter discusses safety hazards for aircraft rescue and firefighting personnel. It describes personal protective equipment like protective clothing, self-contained breathing apparatus, and alert systems that firefighters must use. Hazards associated with aircraft components, cargo, and emergencies are explained. Proper safety procedures are outlined for responding to crashes, operating at the scene, and handling dangerous goods. Critical incident stress and hazards specific to military, cargo, and helicopter incidents are also covered.
This chapter discusses driver and operator safety for aircraft rescue and fire fighting vehicles. It covers vehicle inspection and maintenance procedures, safe driving principles like controlling skids and rollovers, and operational considerations specific to airports like avoiding driving under aircraft wings. The chapter also provides guidance on operating vehicles off-road in loose soil or mud and navigating steep grades and obstacles.
This document discusses aircraft rescue and fire fighting (ARFF) apparatus. It describes the different types of ARFF vehicles and their required features based on regulatory standards. Proper maintenance and regular inspections are important to ensure all apparatus are always operational. ARFF departments must consider applicable regulations when determining vehicle needs and develop procedures for effective operation.
Chapter 05 Fire and Rescue Communications Training1PFD
This chapter discusses communications systems and procedures used in aviation fire and rescue operations. It covers airport communication systems including audible alarms, direct-line phones, radio systems, and frequencies. Proper communication procedures and terminology such as the ICAO phonetic alphabet and aviation terms are presented. The chapter also discusses the use of computers, light signals, and hand signals in airport and aircraft rescue firefighting communications.
Artículo publicado por Martín Gutiérrez, sobre Plan de Emergencia de Aeropuerto armonizado al Sistema de Comando de Incidentes de Aeropuertos en Bolivia.
ACO-6 Application of Extinguishing Agents Brock Jester
- ARFF personnel should be familiar with common extinguishing agents used to fight aircraft fires such as water, foam, dry chemical, dry powder, and clean agents. Foam applications are most widely used due to their greater ability to extinguish hydrocarbon and polar solvent fuel fires.
- ARFF personnel must understand the foam proportioning process and various eductors and equipment used. They should also understand the four methods to apply foam and common foam application equipment on ARFF apparatus.
- ARFF firefighters must have knowledge of dry chemical, dry powder, and clean agent extinguishing agents as well as the best uses of agents and application equipment.
This document discusses extinguishing agents used in aircraft rescue and firefighting operations. It describes water and foam as the primary agents, explaining their uses, application methods, and equipment. Water is useful for cooling aircraft and controlling interior fires but not large fuel fires. Foam forms a blanket to smother fires by excluding oxygen and provides cooling. The document outlines various foam types (AFFF, F3), proportioning systems, application techniques, and portable equipment like nozzles. It also briefly mentions dry chemicals and clean agents.
This document summarizes firefighter safety and health based on NFPA standards. It outlines the types of job-related injuries firefighters may face, including those from the fireground and non-fire emergencies. It also discusses NFPA 1500 as the key standard covering firefighter safety, as well as OSHA regulations. Additionally, it addresses the importance of risk management, safety programs, health awareness, safe vehicle operation, safe apparatus use, injury prevention, tool safety, training safety, scene management, and personnel accountability.
This document provides an overview of NFPA 402 standards for airport firefighting and rescue. It discusses requirements for pre-incident planning, emergency response, aircraft construction and fuels, evacuation and rescue procedures, and fire control and extinguishment. Key aspects covered include delineating emergency response areas, types of aircraft alerts, hazards for firefighters, recommended extinguishing agents, and the importance of size-up assessments to make operational decisions during an incident.
This document discusses considerations for airport emergency plans including defining primary and secondary response, identifying resources and agencies involved, addressing different types of accidents and incidents, and the importance of training. An effective airport emergency plan accounts for the unique characteristics of each airport and coordinates all responding entities.
This document summarizes key points about scene lighting, rescue tools, vehicle extrication, and technical rescue from Chapter 10 of the 6th Edition Essentials of Fire Fighting Firefighter I textbook. It identifies different types of emergency scene lighting equipment that firefighters must operate, such as electrical generators that power lighting and rescue equipment. It provides cautions about not overtaxing power sources and staying within the power capacity of electrical cables. Connectors like twist-lock receptacles provide safe connections, while junction boxes add flexibility.
This document covers chapter 16 on fire streams from a firefighter training manual. It discusses the properties of water and steam that make them effective extinguishing agents. It also explains the different types of fire stream nozzles, including smoothbore, fog, and broken stream nozzles. The key factors that determine fire stream patterns and effectiveness are also examined, such as water pressure, nozzle design, and distance from the target. Proper operation and maintenance of handline nozzles is emphasized.
This chapter of the firefighter safety and health textbook discusses key topics related to firefighter safety including:
1. Ways to prevent injuries such as conducting effective training, maintaining discipline, and following safety procedures.
2. National Fire Protection Association (NFPA) standards like NFPA 1500 which specify requirements for safety programs, protective equipment, emergency operations and more.
3. Occupational Safety and Health Administration (OSHA) regulations which require employers to provide a safe workplace and comply with safety standards, though OSHA has no jurisdiction over public sector firefighters.
4. Principles of risk management like prioritizing firefighter safety over property and not committing firefighters to unsafe situations.
Chapter 08 Rescue Tools and Equipment Training1PFD
This chapter discusses rescue tools and equipment used in aircraft rescue and firefighting (ARFF) operations. It describes both hand tools and power tools used to cut, pry, and stabilize aircraft during rescue efforts. Safety is the top priority when using tools near flammable fuels or unstable aircraft. A variety of lifting, pulling and lighting equipment is also used to assist with rescues. Proper training is needed to safely use all rescue tools during ARFF operations.
ACO-5 Use of Handlines, Turrets, and other Appliances Brock Jester
This chapter discusses aircraft rescue and fire fighting (ARFF) apparatus. It explains that airports are categorized based on factors like aircraft size and daily departures, which determines the number and types of ARFF vehicles required. The chapter describes various types of ARFF apparatus and their features, including fire suppression equipment, safety systems, and methods for resupplying water and foam. It stresses the importance of ARFF vehicles being well-maintained and operational during airport operations.
Chapter 01 Qualification for Aircraft Rescue and Firefighting Personnel Brock Jester
- ARFF personnel have three main priorities - rescue occupants, extinguish fires, and remove debris. They must be highly trained to carry out these time-critical missions.
- The history of ARFF dates back to the early days of aviation and has evolved with developments in aircraft technology. Significant milestones include regulations established during WWII and improvements in response to the advent of commercial jet travel.
- ARFF training programs cover skills like aircraft familiarization, emergency response techniques, and operating specialized vehicles and equipment that are required to effectively respond to airport incidents and crashes.
- Airport firefighters must thoroughly familiarize themselves with the airport layout and surroundings in order to safely and efficiently perform their jobs. This includes understanding the airport type, classification, runway and taxiway systems, signs, and other key areas.
- Familiarity with these airport features can save valuable time during an emergency response and help protect both crash victims and the responders themselves. The design and infrastructure of the airport can significantly impact firefighting operations.
Chapter 04 Safety and Aircraft Hazards Training1PFD
This chapter discusses safety hazards for aircraft rescue and firefighting personnel. It describes personal protective equipment that should be worn, including protective clothing, self-contained breathing apparatus, and other gear. Hazards associated with aircraft components, cargo, and emergencies are explained. The chapter also covers safety procedures for aircraft rescues and incidents involving dangerous goods, military aircraft, and agricultural application. Personnel are advised to gather information, select appropriate protective equipment, and establish control zones for hazardous situations.
- Airport firefighters must be thoroughly familiar with various types of civilian and military aircraft to safely operate during emergencies and recognize unique features of fixed-wing and rotary-wing aircraft.
- ARFF personnel need to understand the types of engines used to power aircraft and how to function safely around aircraft during normal and emergency conditions.
- Firefighters should be trained to recognize materials used in aircraft construction to understand how materials behave during crashes and fires, and identify and address fuel, power, and safety systems aboard aircraft.
An Airport/Community Emergency Plan (A/CEP) should address multiple considerations and hazards at an airport. It should identify all agencies and organizations involved in emergency response, the roles and resources each can provide, and plans for coordinating communications and response. The A/CEP also needs to consider specific emergency scenarios like aircraft accidents, fires, and hazardous materials. Regular training exercises are important so all groups are prepared to fulfill their roles according to the A/CEP in an actual emergency.
Chapter 04 Safety and Aircraft HazardsTraining1PFD
This chapter discusses safety hazards for aircraft rescue and firefighting personnel. It describes personal protective equipment like protective clothing, self-contained breathing apparatus, and alert systems that firefighters must use. Hazards associated with aircraft components, cargo, and emergencies are explained. Proper safety procedures are outlined for responding to crashes, operating at the scene, and handling dangerous goods. Critical incident stress and hazards specific to military, cargo, and helicopter incidents are also covered.
This chapter discusses driver and operator safety for aircraft rescue and fire fighting vehicles. It covers vehicle inspection and maintenance procedures, safe driving principles like controlling skids and rollovers, and operational considerations specific to airports like avoiding driving under aircraft wings. The chapter also provides guidance on operating vehicles off-road in loose soil or mud and navigating steep grades and obstacles.
This document discusses aircraft rescue and fire fighting (ARFF) apparatus. It describes the different types of ARFF vehicles and their required features based on regulatory standards. Proper maintenance and regular inspections are important to ensure all apparatus are always operational. ARFF departments must consider applicable regulations when determining vehicle needs and develop procedures for effective operation.
Chapter 05 Fire and Rescue Communications Training1PFD
This chapter discusses communications systems and procedures used in aviation fire and rescue operations. It covers airport communication systems including audible alarms, direct-line phones, radio systems, and frequencies. Proper communication procedures and terminology such as the ICAO phonetic alphabet and aviation terms are presented. The chapter also discusses the use of computers, light signals, and hand signals in airport and aircraft rescue firefighting communications.
Artículo publicado por Martín Gutiérrez, sobre Plan de Emergencia de Aeropuerto armonizado al Sistema de Comando de Incidentes de Aeropuertos en Bolivia.
ACO-6 Application of Extinguishing Agents Brock Jester
- ARFF personnel should be familiar with common extinguishing agents used to fight aircraft fires such as water, foam, dry chemical, dry powder, and clean agents. Foam applications are most widely used due to their greater ability to extinguish hydrocarbon and polar solvent fuel fires.
- ARFF personnel must understand the foam proportioning process and various eductors and equipment used. They should also understand the four methods to apply foam and common foam application equipment on ARFF apparatus.
- ARFF firefighters must have knowledge of dry chemical, dry powder, and clean agent extinguishing agents as well as the best uses of agents and application equipment.
This document discusses extinguishing agents used in aircraft rescue and firefighting operations. It describes water and foam as the primary agents, explaining their uses, application methods, and equipment. Water is useful for cooling aircraft and controlling interior fires but not large fuel fires. Foam forms a blanket to smother fires by excluding oxygen and provides cooling. The document outlines various foam types (AFFF, F3), proportioning systems, application techniques, and portable equipment like nozzles. It also briefly mentions dry chemicals and clean agents.
This document summarizes firefighter safety and health based on NFPA standards. It outlines the types of job-related injuries firefighters may face, including those from the fireground and non-fire emergencies. It also discusses NFPA 1500 as the key standard covering firefighter safety, as well as OSHA regulations. Additionally, it addresses the importance of risk management, safety programs, health awareness, safe vehicle operation, safe apparatus use, injury prevention, tool safety, training safety, scene management, and personnel accountability.
This document provides an overview of NFPA 402 standards for airport firefighting and rescue. It discusses requirements for pre-incident planning, emergency response, aircraft construction and fuels, evacuation and rescue procedures, and fire control and extinguishment. Key aspects covered include delineating emergency response areas, types of aircraft alerts, hazards for firefighters, recommended extinguishing agents, and the importance of size-up assessments to make operational decisions during an incident.
This document discusses considerations for airport emergency plans including defining primary and secondary response, identifying resources and agencies involved, addressing different types of accidents and incidents, and the importance of training. An effective airport emergency plan accounts for the unique characteristics of each airport and coordinates all responding entities.
This document summarizes key points about scene lighting, rescue tools, vehicle extrication, and technical rescue from Chapter 10 of the 6th Edition Essentials of Fire Fighting Firefighter I textbook. It identifies different types of emergency scene lighting equipment that firefighters must operate, such as electrical generators that power lighting and rescue equipment. It provides cautions about not overtaxing power sources and staying within the power capacity of electrical cables. Connectors like twist-lock receptacles provide safe connections, while junction boxes add flexibility.
This document covers chapter 16 on fire streams from a firefighter training manual. It discusses the properties of water and steam that make them effective extinguishing agents. It also explains the different types of fire stream nozzles, including smoothbore, fog, and broken stream nozzles. The key factors that determine fire stream patterns and effectiveness are also examined, such as water pressure, nozzle design, and distance from the target. Proper operation and maintenance of handline nozzles is emphasized.
This chapter of the firefighter safety and health textbook discusses key topics related to firefighter safety including:
1. Ways to prevent injuries such as conducting effective training, maintaining discipline, and following safety procedures.
2. National Fire Protection Association (NFPA) standards like NFPA 1500 which specify requirements for safety programs, protective equipment, emergency operations and more.
3. Occupational Safety and Health Administration (OSHA) regulations which require employers to provide a safe workplace and comply with safety standards, though OSHA has no jurisdiction over public sector firefighters.
4. Principles of risk management like prioritizing firefighter safety over property and not committing firefighters to unsafe situations.
Chapter 08 Rescue Tools and Equipment Training1PFD
This chapter discusses rescue tools and equipment used in aircraft rescue and firefighting (ARFF) operations. It describes both hand tools and power tools used to cut, pry, and stabilize aircraft during rescue efforts. Safety is the top priority when using tools near flammable fuels or unstable aircraft. A variety of lifting, pulling and lighting equipment is also used to assist with rescues. Proper training is needed to safely use all rescue tools during ARFF operations.
The document provides information on airport emergencies and procedures. It includes a table of contents listing sections on airport emergencies, bomb threat emergencies, and a conclusion. The introduction discusses the importance of preparing for various emergency situations that airports may face. The airport emergencies section then outlines different types of hazards airports need to plan for, such as aircraft incidents, natural disasters, bomb incidents, and hazardous materials. The bomb threat emergency section provides procedures for responding to bomb threats involving aircraft or buildings. This includes evacuating areas and notifying authorities.
The document discusses various topics related to firefighter health and fitness including common medical issues, the benefits of fitness and readiness, findings on line of duty deaths, definitions of total fitness and health, studies on diseases, costs of health issues, health risks, unhealthy lifestyles, fitness lifestyle actions, strength training guidelines, nutrition guidelines, cholesterol facts and risks, causes and effects of stress, back pain causes and treatments, and treating muscle soreness.
This document provides an overview and objectives of continuity of operations (COOP) awareness training. It discusses key COOP terms and concepts, including the definition and scope of COOP, the legal authority for COOP, and the Department of Homeland Security's role in leading COOP efforts across the federal government. The document also outlines the essential elements of a viable COOP capability, such as identifying essential functions, orders of succession, alternate facilities, and testing/training programs.
The document discusses the key aspects of developing an airport emergency plan (AEP) including defining what an AEP is, its objectives, ICAO provisions, types of potential emergencies, structure, agencies involved, responsibilities, equipment, and maps. An AEP establishes procedures to coordinate response to emergencies occurring at an airport or nearby. It considers planning before, response during, and support after emergencies. Relevant maps, contact information, and triage procedures are also included.
This chapter discusses communications systems and procedures used in aviation fire and rescue operations. It covers airport communication systems including audible alarms, direct-line phones, radio systems, and frequencies. Proper communication procedures and terminology such as the ICAO phonetic alphabet and aviation terms are presented. The chapter also discusses the use of computers, light signals, and hand signals used in aircraft accident operations.
This chapter provides an overview of the fire service, including its history, culture, mission, and organizational structure. It discusses the goals and objectives of firefighter training programs and describes the roles and responsibilities of various fire service positions. It also explains key components of the Incident Command System and how fire departments coordinate and interact with other emergency response agencies. The chapter establishes a foundation for understanding fire department operations, protocols, and the firefighter's role in safely addressing a variety of emergency situations.
- Tactical ventilation of a burning building allows heat, smoke, and fire gases to escape while drawing in fresh air, which helps firefighters locate victims and the seat of the fire.
- Proper ventilation limits fire spread and channels smoke away from trapped victims.
- Firefighters must understand fire behavior and have knowledge of different ventilation methods, roof construction, and how to create openings in all types of roofs in order to perform ventilation correctly.
“Flipping Google+ The Bird” simplifies a complex blended course format into an accessible teaching approach. Including opportunities for gaming should not be difficult; however, knowing where and how to begin can be a bit overwhelming. Gaming is more than a simple child’s game and should extend beyond a technological solution. Gaming should include opportunities for exploration, reasoning, testing, and failure. Gaming can be an effective tool for engaging learners to use higher order thinking skills. In this session participants will discuss and demonstrate how to make this happen as well as how to integrate alternate types of teaching, such as social networking, flipping, or didactic exercises. A good gaming discussion would not be complete without play. Come prepared to learn, engage, test, and play.
To safely perform their jobs, airport firefighters should be well-trained in using personal protective equipment. They should also be familiar with firefighter safety practices at emergency scenes, during responses, and at fire stations. ARFF personnel need knowledge of general aircraft hazards as well as specific dangers posed by different types of aircraft, military aircraft, cargo, and potential terrorist incidents. Proper identification and mitigation of hazards is important for their protection.
This document outlines a 12 step plan for achieving success and reaching one's goals. The steps include choosing a destination by setting realistic career and lifestyle goals, reviewing options and developing a plan, preparing for the journey by anticipating challenges, taking action with courage, planning for turbulence, making course corrections, accelerating learning, activating one's subconscious mind, avoiding shortcuts, mastering fears, and persisting until success is achieved. The overall message is that success requires setting goals, developing a plan, learning from challenges and mistakes, and persevering through difficulties.
This document provides details about an upcoming medical mission trip by JNN Foundation to Kenya. It outlines the goals of providing medical assistance, education, and improving livelihoods in poor communities. The mission will work with local organizations and citizens. The objective is to build self-sustaining communities with better health and quality of life. It describes challenges to healthcare in Kenya like lack of access to medical facilities and services. Women and children are most at risk. It provides sponsorship levels to support the medical mission trip.
The document discusses the Planets Preservation Planning workflow and tool called Plato. The workflow involves defining requirements, evaluating potential preservation actions, analyzing results, and building a preservation plan. Plato is a web-based tool that implements this workflow and allows defining objectives, samples, and requirements to evaluate preservation strategies according to specific criteria. The document provides guidance on using the tool for a practice preservation planning exercise involving a scenario and objective tree.
John McHenry, Chief Scientist, Advanced Meteorological Systems, Baron Services - September 2016
UCAR Congressional Briefing
Commercial weather companies partner with research community and government agencies to develop and deploy critical weather intelligence with the goal of reducing harm to people and property. The newly deployed National Water Model has significant promise for reducing flood-related disaster risks.
The community of A is located in a densely forested area accessible by one highway. It has a population of 3450 and contains critical infrastructure like a hospital and schools. A forest fire is reported south of community A during a period of high heat and lack of rain. As the fire spreads and threatens nearby communities, emergency responders work to evacuate residents, fight the fire, and search for missing persons. Water bombers are called in to assist with fire suppression as strong winds cause the fire to grow in size. After search and rescue efforts locate an unconscious victim, the evacuation of communities C, D and E is ordered to protect public safety.
This chapter of the driver/operator handbook discusses operating articulating aerial equipment, including raising and lowering the device. It outlines the proper procedures for deploying the aerial device, which involves a series of motions like elevating, rotating, and extending. The document also addresses operating the equipment under adverse conditions such as high winds, low temperatures, or ice formation, and the safety guidelines that should be followed.
This chapter of the driver/operator handbook discusses operating articulating aerial equipment, including raising and lowering the device, and operating under adverse conditions such as wind, ice, and heat. It provides procedures for deploying and returning the aerial device, and safety guidelines, noting that failure can usually be blamed on improper maintenance or lack of operator knowledge and awareness.
This document provides an overview of aircraft inspection, documentation, ground handling, and maintenance training. It discusses safety procedures for aircraft inspection, ground handling, towing, taxiing, parking, marshalling, fueling, jacking, and servicing. Precautions are outlined for propeller safety, towing and taxiing rules, control surface locking, tie-downs, jack points, and fuel identification. Ground support equipment for electrical and hydraulic power is also summarized. The goal is to train students on aircraft inspection and ground operations according to proper procedures.
This document provides an overview and instructions for a Civil Air Patrol Flight Line Course. It introduces the instructors, Lt. Col Mike DuBois and Lt. Col Rich Simerson, and outlines the course contents which include flight line operations, procedures, signals, helicopters, risk management and more. Safety is emphasized throughout with guidelines for personal protective equipment, communications, clothing and ensuring hazards are addressed.
ACO9 - Aviation Firefighting for Structual Trucks Brock Jester
This document discusses common incidents involving general aviation aircraft that fire departments may respond to. It outlines several types of incidents such as unsafe landing gear indicators, gear up landings, engine fires, interior fires, hot brakes and wheel fires, stalls, pilot errors, fueling incidents, animal strikes, and incidents specific to helicopters. For each type of incident, it identifies key factors for fire departments to consider such as safety procedures, aircraft access, appropriate extinguishing methods, and potential hazards.
The document discusses several special emphasis areas for pilots including positive aircraft control, procedures for positive exchange of flight controls, stall/spin awareness, collision avoidance, wake turbulence avoidance, and others. It provides details on positive aircraft control including maintaining situational awareness. It also describes the three-step process for positive exchange of flight controls between pilots. The document discusses aerodynamic factors related to spins, flight situations where unintentional spins may occur, and procedures for recovery from unintentional spins. It outlines techniques for collision avoidance including effective visual scanning, seeing and avoiding other aircraft, using radios appropriately, and being aware of right of way rules and high traffic areas.
NTSB Air Traffic Control Specialist, Scott Durham, talks about how general aviation pilots should deal with air traffic control.
This presentation is part of the release of the NTSB General Aviation Safety Series at the FAA Safety forums during Sun 'N Fun 2012 in Lakeland FL
The document discusses procedures for operating telescoping aerial devices, including raising, lowering, and operating under adverse conditions. To raise the aerial device, the apparatus must be positioned and stabilized, then the device is elevated, rotated, extended, and lowered to the target. Special consideration must be given to low wind speeds, grades, ice, heat damage, and mechanical failures which can compromise safety. General safety practices include engaging locks, avoiding overloading, being aware of overhead hazards, and not moving with firefighters on board.
The document discusses operating procedures for telescoping aerial devices. It describes the steps to raise and lower the aerial device, including positioning the apparatus, deploying stabilizers, raising and extending the device, and lowering it gently into position. It also covers safety guidelines for operating the devices and factors that can affect safe operation in various conditions such as high winds, low temperatures, or equipment failure. Maintaining equipment and understanding operating limitations are important to prevent failures or accidents.
The document discusses strategies and tactics for using aerial apparatus, including:
1. Victim removal priorities, such as rescuing those most threatened first.
2. Techniques for raising the aerial device to reach a victim, positioning it for window or roof rescues, and removing victims from elevated positions.
3. Safety issues associated with using aerial devices for water rescues, aircraft rescues, below-grade operations, and ventilation. Positioning the aerial device properly is important for exposure protection and ventilation operations.
Air traffic control (ATC) involves ground-based air traffic controllers directing aircraft both on the ground and in the air. The primary purposes of ATC are to prevent collisions, organize efficient air traffic flow, and provide pilots with information. Controllers operate air traffic control systems to expedite air traffic safely and prevent mid-air collisions. ATC has developed since the 1920s with the introduction of radio technology and navigation aids, and establishment of regulations and procedures. Key types of ATC services include area control, approach control, aerodrome control, flight information, and alerting services.
The document discusses different areas of an airport, dividing it into landside and airside areas, with the airside area further divided into the maneuvering area for takeoffs and landings, the apron area for aircraft parking and loading, and service roads. It provides definitions of these areas and outlines rules and responsibilities for personnel working in the airside environment for safety and security.
1. The document discusses emergency response procedures for dangerous goods incidents on aircraft. It outlines the information that must be provided to pilots regarding dangerous cargo and emergency procedures.
2. It describes the different classes of cargo compartments on aircraft and emergency equipment located on board. Checklists are provided for pilots and cabin crew to follow in case of a dangerous goods fire, spill, or leakage in the passenger cabin or cargo areas.
3. An emergency response chart is presented listing different drill codes corresponding to the risks of various dangerous goods and outlining spill and firefighting procedures for each.
The document discusses proper positioning of aerial apparatus. It outlines standard operating procedures for positioning based on building height and tactical considerations. Factors that could cause stress on the aerial device are examined, such as excessive extension, wind, or an unstable surface. Unique response situations like highways, railroads, and hazardous materials incidents also require special positioning considerations to ensure safety.
The document discusses proper positioning of aerial apparatus. It outlines standard operating procedures for positioning based on building height and tactical considerations. Factors that could cause stress on the aerial device are examined, such as excessive extension, wind, or an unstable surface. Unique response situations like highways, railroads, and hazardous materials incidents also require special positioning considerations to ensure safety.
This document provides information to firefighters on responding to aircraft incidents at airports. It discusses airport communications procedures, runway and taxiway layout, fire apparatus specifications, aircraft safety zones, shutdown procedures for different aircraft types, victim removal techniques, and firefighting tactics for various aircraft fire scenarios. Positioning fire units for rescue and fire attack is addressed, along with the uses of water, foam, and dry chemical fire extinguishing agents.
1) The document provides an overview of strategies to prevent runway overruns during approach and landing by identifying threats and errors that could lead to an overrun and providing guidance on managing those threats and errors.
2) Key threats include fast or high approaches, floating during the flare, long touch downs, wet or contaminated runways, and tailwinds. Errors can occur from not understanding the situation or making wrong decisions.
3) Threats and errors are managed through planning approaches carefully, executing stabilized approaches, adjusting braking for conditions, maintaining situation awareness, and going around if the approach is unstable or thresholds are missed.
This document provides an overview of sport aviation safety from a presentation given by Scott R. Landorf of the FAA. It discusses key topics like light sport aircraft, experimental amateur-built aircraft, accident data, transition training, preflight considerations, and conducting the first flight of an experimental aircraft safely. The goal is to familiarize pilots with sport aircraft and provide information to help reduce accidents. Emphasis is placed on pilot skills, proficiency, understanding aircraft limitations, preflight planning, and following a flight test plan for experimental aircraft.
During the Airbus Military Trade Media Briefing 2013, held on May 29th and 30th 2013, Eric Isorce, head of A400M flight testing, provided an update on the progress of the A400M flight test program.
This safety alert from the NTSB discusses accidents that occurred due to reduced visual references requiring vigilance from pilots. It provides statistics on general aviation accidents and summaries of several accident cases involving controlled flight into terrain and spatial disorientation in instrument meteorological conditions. The document emphasizes that preflight planning, obtaining weather briefings, recognizing limitations, and asking for assistance from air traffic control can help pilots avoid dangerous situations and prevent accidents when faced with low visibility conditions.
Similar to Chapter 11 Stategic and Tactical Operations (20)
UN WOD 2024 will take us on a journey of discovery through the ocean's vastness, tapping into the wisdom and expertise of global policy-makers, scientists, managers, thought leaders, and artists to awaken new depths of understanding, compassion, collaboration and commitment for the ocean and all it sustains. The program will expand our perspectives and appreciation for our blue planet, build new foundations for our relationship to the ocean, and ignite a wave of action toward necessary change.
karnataka housing board schemes . all schemesnarinav14
The Karnataka government, along with the central government’s Pradhan Mantri Awas Yojana (PMAY), offers various housing schemes to cater to the diverse needs of citizens across the state. This article provides a comprehensive overview of the major housing schemes available in the Karnataka housing board for both urban and rural areas in 2024.
Combined Illegal, Unregulated and Unreported (IUU) Vessel List.Christina Parmionova
The best available, up-to-date information on all fishing and related vessels that appear on the illegal, unregulated, and unreported (IUU) fishing vessel lists published by Regional Fisheries Management Organisations (RFMOs) and related organisations. The aim of the site is to improve the effectiveness of the original IUU lists as a tool for a wide variety of stakeholders to better understand and combat illegal fishing and broader fisheries crime.
To date, the following regional organisations maintain or share lists of vessels that have been found to carry out or support IUU fishing within their own or adjacent convention areas and/or species of competence:
Commission for the Conservation of Antarctic Marine Living Resources (CCAMLR)
Commission for the Conservation of Southern Bluefin Tuna (CCSBT)
General Fisheries Commission for the Mediterranean (GFCM)
Inter-American Tropical Tuna Commission (IATTC)
International Commission for the Conservation of Atlantic Tunas (ICCAT)
Indian Ocean Tuna Commission (IOTC)
Northwest Atlantic Fisheries Organisation (NAFO)
North East Atlantic Fisheries Commission (NEAFC)
North Pacific Fisheries Commission (NPFC)
South East Atlantic Fisheries Organisation (SEAFO)
South Pacific Regional Fisheries Management Organisation (SPRFMO)
Southern Indian Ocean Fisheries Agreement (SIOFA)
Western and Central Pacific Fisheries Commission (WCPFC)
The Combined IUU Fishing Vessel List merges all these sources into one list that provides a single reference point to identify whether a vessel is currently IUU listed. Vessels that have been IUU listed in the past and subsequently delisted (for example because of a change in ownership, or because the vessel is no longer in service) are also retained on the site, so that the site contains a full historic record of IUU listed fishing vessels.
Unlike the IUU lists published on individual RFMO websites, which may update vessel details infrequently or not at all, the Combined IUU Fishing Vessel List is kept up to date with the best available information regarding changes to vessel identity, flag state, ownership, location, and operations.
Jennifer Schaus and Associates hosts a complimentary webinar series on The FAR in 2024. Join the webinars on Wednesdays and Fridays at noon, eastern.
Recordings are on YouTube and the company website.
https://www.youtube.com/@jenniferschaus/videos
Jennifer Schaus and Associates hosts a complimentary webinar series on The FAR in 2024. Join the webinars on Wednesdays and Fridays at noon, eastern.
Recordings are on YouTube and the company website.
https://www.youtube.com/@jenniferschaus/videos
AHMR is an interdisciplinary peer-reviewed online journal created to encourage and facilitate the study of all aspects (socio-economic, political, legislative and developmental) of Human Mobility in Africa. Through the publication of original research, policy discussions and evidence research papers AHMR provides a comprehensive forum devoted exclusively to the analysis of contemporaneous trends, migration patterns and some of the most important migration-related issues.
1. Aircraft Rescue and Fire
Fighting,
5th
Edition
Chapter 11 — Strategic and
Tactical Operations
2. ARFF
11–2
Chapter 11 Lesson Goal
• After completing this lesson, the student
shall be able to describe incident
management considerations, types of
emergencies and crashes, and
response procedures for aircraft
emergencies, including those involving
military aircraft.
3. ARFF
11–3
Objectives
1. Explain incident management
considerations.
2. Describe types of in-flight and
ground emergencies.
3. Discuss low- and high-impact
crashes.
(Continued)
5. ARFF
11–5
Incident Management
• Airport fire departments — required to
adopt and use an incident management
system
– Strategic operations
– Tactical operations
(Continued)
6. ARFF
11–6
Incident Management
• Homeland Security Presidential
Directive/HSPD-5
– ICS adopted as part of NIMS
– All federal agencies/agencies receiving
federal funds must use NIMS-ICS
• NIMS-ICS — applicable to all incidents
7. ARFF
11–7
Components of NIMS-ICS
• Common terminology
• Modular organization
• Integrated communications
• Unified command structure
(Continued)
8. ARFF
11–8
Components of NIMS-ICS
• Consolidated action plans
• Manageable span of control
• Pre-designated incident facilities
• Comprehensible resource management
10. ARFF
11–10
NIMS-ICS Training
• All ARFF personnel
• Offered through online resources
• Scenario-based training allows
– IC and other personnel to work through
decision-making process
– IC to make mistakes and learn through trial
and error
11. ARFF
11–11
In-Flight Emergencies
• Include fires and other problems —may
lead to accident/incident
• Aircraft develop minor problems
• Hydraulic failure or inoperative landing
gear — may cause serious problems
• Interior fire aboard an aircraft — true
emergency
13. ARFF
11–13
Ground Emergencies: Types
• Engine fires or APU
fires
• Uncontained
engine failures
• Aircraft interior fires Courtesy of SSgt Michael Z.
Moore (USAF), Defense Visual
Information Center (DVIC).
14. ARFF
11–14
Wheel Assemblies
• Aircraft wheels — commonly equipped
with fusible plugs incorporated into the
rims
– Designed to melt, automatically deflating
tires
– Reduces possibility of wheel collapse and
fragmentation
(Continued)
15. ARFF
11–15
Wheel Assemblies
• WARNING! When responding to a hot
brake incident or wheel fire, always
approach from forward or aft of the
wheel assembly while exercising
extreme caution. Never approach from
the sides in-line with the axle. In
addition, always wear full protective
gear including SCBA.
16. ARFF
11–16
Hot Brakes
• Brakes/wheel assemblies frequently
overheat
• Several methods to determine wheel
temperature
• Prepare for a hot brake situation in
certain cases
(Continued)
17. ARFF
11–17
Hot Brakes
• Brown colored smoke coming from
wheel assemblies
• Peak wheel temperatures — 30 to 45
minutes after aircraft has come to a
complete stop
19. ARFF
11–19
Wheel Fires
• Safest approach — use large amounts
of water from a distance using turrets
• Wear full protective clothing and SCBA
20. ARFF
11–20
Combustible Metal Fires
• Variety of metals are used in aircraft
– Magnesium
– Titanium
• Initial fire control — water through turret
application in heavy, coarse streams
(Continued)
21. ARFF
11–21
Combustible Metal Fires
• Combustible metals around a high
impact crash
– Allowed to burn out
– Buried
• Wear SCBA
• Specialized Class D extinguishing
agents — magnesium and titanium fires
22. ARFF
11–22
Fuel Leaks and Spills:
Precautions
• Attempt to shut off the fuel
• Avoid providing an ignition source
• Evacuate aircraft if needed
• Keep nonessential personnel clear
• Wear full protective clothing
(Continued)
23. ARFF
11–23
Fuel Leaks and Spills:
Precautions
• Blanket exposed fuel surfaces
• Contain spilled fuel to a small area
• Prevent leaking/spilled fuel from
entering certain areas
• Keep apparatus and equipment ready
• Position upwind and uphill
24. ARFF
11–24
Fuel Spill Variables
• Size of the spill
• Terrain
• Weather conditions
• Type of flammable liquid
• Aircraft occupancy
• Emergency equipment and personnel
available
25. ARFF
11–25
Fuel Leaks and Spills During
Aircraft Servicing
• Stop the fueling operation
• Nonessential personnel should leave
the area
• Notify safety personnel from the airline
and airport
26. ARFF
11–26
Fuel Leaks and Spills
• Severity of the hazard created by a fuel
spill — how volatile the fuel is and
proximity to sources of ignition
• Avoid actions that could provide ignition
sources for fuel vapors
• Maintenance personnel — check
aircraft for damage/flammable vapors
(Continued)
27. ARFF
11–27
Fuel Leaks and Spills
• Keep maintenance records
• May need to evacuate aircraft
• Never start spark-producing equipment
• If fuel has entered sanitary sewers or
storm drains — dam inlets to prevent
additional fuel from entering
(Continued)
28. ARFF
11–28
Fuel Leaks and Spills
• If sewer or storm drain contamination is
extensive — keep sources of ignition
away from manholes or storm drain
inlets
• Thoroughly inspect aircraft onto which
fuel has been spilled
(Continued)
29. ARFF
11–29
Fuel Leaks and Spills
• WARNING! Unless ordered to do so
by a responsible local official, never
flush fuel or other contaminants into
sewers or storm drains nor introduce
water into these conduits in an attempt
to dilute the contaminant.
30. ARFF
11–30
Engine/APU Fires
• Crew may attempt to extinguish an
engine or APU fire
• Unoccupied aircraft — be familiar with
aircraft shutdown procedures
• Clean, gaseous extinguishing agents
are the agents of choice
(Continued)
32. ARFF
11–32
Uncontained Engine Failures
• “Uncontained engine failure or
disintegration” versus “Contained
engine failure or disintegration”
• Worst-case scenario — fragments
pierce the fuselage/wing structure
• Uncontained engine failure — usually
handled like a normal engine fire
33. ARFF
11–33
Aircraft Interior Fires
• Occur for many reasons
• Obtain information from ATC
• Activate mutual/automatic aid
• Pilot/firefighters communicate
• Assign RIT team
• Flight crew initiate evacuation
(Continued)
34. ARFF
11–34
Aircraft Interior Fires
• Many common sources and areas of
smoke/odor of something burning
• Smoke detection systems/extinguishing
systems provided in aircraft
35. ARFF
11–35
Aircraft Interior Fires: Methods
of Detection
• Use portable infrared
heat detectors or
thermal imagers
• Remove sections of
flooring, wall panels,
and ceilings
(Continued)
36. ARFF
11–36
Aircraft Interior Fires: Methods
of Detection
• Exterior signs — paint blistering and
discoloration
• Apply a light water mist and watch for
steam areas
37. ARFF
11–37
Aircraft Interior Fires: Gaining
Entry and Evacuation
• Gain access if no sign of evacuation
• Do not impede exit of occupants
• Over-wing exit size — entry may be
difficult
• If entry can be safely made — fought in
the same manner as structural fires
(Continued)
38. ARFF
11–38
Aircraft Interior Fires: Gaining
Entry and Evacuation
• WARNING! Exercise extreme caution
when gaining entry into the aircraft due
to the emergency escape slide systems
attached to each door and, depending
on the aircraft, to over-wing exits as
well. If opened from outside, the
escape slide may deploy and can
seriously injure or kill unsuspecting
emergency personnel.
39. ARFF
11–39
Aircraft Ventilation
• Establish as soon as it is safe
– Initial ventilation
– Positive pressure ventilation
– Hydraulic ventilation
• Vertical ventilation openings — made in
the top of the aircraft
(Continued)
40. ARFF
11–40
Aircraft Ventilation
• WARNING! Never discharge hoseline
or turret streams into a hole burned or
cut into the top of an aircraft. This will
interrupt the vertical ventilation process
and push the fire and products of
combustion horizontally through the
aircraft.
(Continued)
41. ARFF
11–41
Aircraft Ventilation
• Early ventilation is
important
• Once ventilation is
started
– Gain entry
– Initiate search
– Begin fire attack and
rescue (Continued)
Courtesy of Doddy Photography.
42. ARFF
11–42
Aircraft Ventilation
• Deploy the first interior attack hoseline
— at an upwind overwing hatch or door
• Fire may spread in the belly of an
aircraft — check areas
• All areas of fire involvement —
accessed, extinguished, overhauled
43. ARFF
11–43
Cargo Aircraft Interior Fires
• Differ from fires in passenger aircraft
• Flight crew is usually able to exit
• Once crew are out, focus on fire attack
• Skin-penetrating nozzles may be the
best tactic to use
• May need to take other actions
(Continued)
44. ARFF
11–44
Cargo Aircraft
• Often impossible to
move through the
cargo hold
• Determine dangerous
goods
• Request a hazardous
materials response
team
Courtesy of Doddy Photography.
45. ARFF
11–45
Low-impact Crashes
• Do not severely damage or break up the
fuselage
• Likely to have a large percentage of
survivors
• First priority — ensure the safety of
occupants and crew
(Continued)
46. ARFF
11–46
Low-impact Crashes
• Initiate extrication operations only after
donning full protective clothing and
SCBA
• Handlines teams — support rescue
personnel
47. ARFF
11–47
Low-impact Crashes: Wheels-
up or Belly Landings
• May result from a hydraulic system
failure or other cause
• Fire is not uncommon
• Aircraft scraping the ground — may
rupture fuel tanks/generate an ignition
source
(Continued)
48. ARFF
11–48
Low-impact Crashes: Wheels-
up or Belly Landings
• Wheels-up landings
– Nose gear up with the main gear down
– Single main gear up
– Landing gear down but not locked
• Almost impossible for pilot to maintain
control
(Continued)
49. ARFF
11–49
Low-impact Crashes: Wheels-
up or Belly Landings
• Upon touchdown aircraft — break apart
or veer off runway
• May remain substantially intact
• Occupants may leave on their own
• Aggressive attack is critical if fire occurs
• Final attitude of the aircraft — may
hamper egress operations
50. ARFF
11–50
Ditching
• A wheels-up landing on water
• Water may be covered with fuel
• Survivors and rescue personnel most
likely contaminated
(Continued)
51. ARFF
11–51
Ditching
• Making an opening at a point above the
water level
– May permit air to escape
– Cause the wreckage to submerge
• Will require specialized equipment
• Use surface rescue techniques and
equipment
52. ARFF
11–52
Rejected Takeoff with Runway
Overrun
• Aircraft often intact, in large pieces
• Crash is usually survivable
• Quick response/protecting the egress
route is vital
• Many reasons for this type of crash
53. ARFF
11–53
Helicopters
• Do not withstand the violent forces
encountered in vertical impact
• Avoid approaching aircraft while rotors
are spinning
(Continued)
55. ARFF
11–55
High-impact Crashes
• Crashes with severe damage to the
fuselage and with a significantly reduced
likelihood of occupant survival
– Usually high speed, high angle impacts
– Little or no control of the aircraft
– Tend to occur in off-airport areas
(Continued)
56. ARFF
11–56
High-impact Crashes
• Firefighters — scene security, protection
of evidence, protection of exposures
• Characteristics of high-impact crashes
– Fuselage is substantially damaged
– G-forces exceed human tolerance levels
– Seats and safety belts fail to restrain
passengers
(Continued)
57. ARFF
11–57
High-impact Crashes
• Aircraft often break apart upon impact
• Hitting obstructions — aircraft may
cartwheel
• May encounter burning items
• Wind — spread the fire
• Airport/department — determine
response criteria
58. ARFF
11–58
Controlled Flight Into Terrain
• Pilots can often control where a plane
will crash
• Controlled flight into terrain — guiding a
crashing aircraft to its destination
59. ARFF
11–59
Crashes Involving Structures
• More complex problem
• First-arriving officer take action
• Aircraft may break open upon impact
• Rescue personnel — search and
evacuate area
(Continued)
60. ARFF
11–60
Crashes Involving Structures
• Take steps to
prevent fuel from
spreading
• Take precautions
to eliminate
sources of ignition Courtesy of JO1 Mark D. Faram
(US Navy), Defense Visual
Information Center (DVIC).
61. ARFF
11–61
Standard Emergency Response
• Runway standby positions for ARFF
vehicles
• Go directly to these positions, unless
directed elsewhere
• Need information on accident
(Continued)
62. ARFF
11–62
Standard Emergency Response
• Promptness and safety — equally
important response considerations.
• AEP should include response routes
• Driver/operator — use extreme caution
should vision become obscured
(Continued)
63. ARFF
11–63
Standard Emergency Response
• Avoid damaging the
apparatus and
equipment in
response
• Make every effort to
preserve the accident
scene and safeguard
evidence (Continued)
65. ARFF
11–65
Establish Incident Command
and Scene Management
• Individual in charge — must
communicate to all responders the fact
that command has been established
• Establish operations/logistics section as
soon as possible
66. ARFF
11–66
Size-up
• Examine from four different positions
– IC’s perspective
– Driver/operator’s perspective
– Officer/firefighter’s perspective
– EMS perspective
• IC/ first unit on the scene — establish
command
(Continued)
71. ARFF
11–71
Wind
• Conducting operations against the wind
— difficult and hazardous
• Attack from downwind — only when
conditions preclude any other approach
• Operations conducted upwind
– Safer
– More efficient
73. ARFF
11–73
Wreckage
• Evaluate wreckage and hazards it
creates
• Different methods of attack may be
required
• Confirm initial fire fighting efforts are
aimed at a portion of the fuselage
74. ARFF
11–74
Survivors
• Occupants help determine the point at
which rescue efforts should begin
• May need to decide upon the rescue
entrance
• If evacuation has begun perform certain
actions
75. ARFF
11–75
Hazardous Areas
• Aircraft propellers
• Jet and gas
turbine engines
• Line of fire
• Wings
• Jagged metal
(Continued)
• Advanced
aerospace
materials
• Biohazards
• Radar systems
76. ARFF
11–76
Hazardous Areas
• WARNING! Bumping or turning a prop
may cause the magneto to fire,
resulting in the engine trying to start
and the prop rotating.
77. ARFF
11–77
Initial Attack/Fire control
• Fire and crash conditions — govern
placement of apparatus for initial attack
• Main objective — rescue of occupants
trapped within the aircraft
• Take certain actions — accidents with
fire/high likelihood of fire
(Continued)
78. ARFF
11–78
Initial Attack/Fire control
• Be familiar with the cabin length of the
aircraft prior to entry
• In nonfire accidents, follow the same
basic procedures
• Assist evacuation if started
• Extending booms assist in extinguishing
fires
(Continued)
79. ARFF
11–79
Initial Attack/Fire control
• Involves initial mass application of an
extinguishing agent
• Begins during the approach of the fire
fighting vehicles
• Structural apparatus — can be effective
on aircraft fires by using AFFF
(Continued)
80. ARFF
11–80
Initial Attack/Fire control
• If fire is confined to the engine nacelles
or wings — stop the fire at the wing root
or engines
• If fuel is leaking from fuel tanks and
spreading on the ground — keep the
fire from the fuselage and egress areas
81. ARFF
11–81
Aircraft Accident Victim
Management
• High-impact crash — EMS role may be
limited to treating rescuers
• Low-impact crash — presents rescuers
with the greatest challenge in treating
and transporting victims
• Ensure personal protection against
bloodborne pathogens
(Continued)
82. ARFF
11–82
Aircraft Accident Victim
Management
• Initiate a triage system that
can be performed quickly
– A colored ribbon or triage
tag
– Level of urgency indicated
by color
(Continued)
Courtesy of SSgt Shelley Gill
(USAF), Defense Visual
Information Center (DVIC)
83. ARFF
11–83
Aircraft Accident Victim
Management
• First action taken by EMS personnel —
clear the impact area of the ambulatory
injured and noninjured
• Cover patients to maintain their core
body temperature
• Clear the impact area of certain
individuals
(Continued)
84. ARFF
11–84
Aircraft Accident Victim
Management
• Enter the impact area with litters,
backboards, or similar devices
• Know basic rescue carries
• Once triaged and tagged with their level
of priority, move victims to a treatment
area
(Continued)
85. ARFF
11–85
Aircraft Accident Victim
Management
• Three treatment areas — Immediate,
Delayed, Minor/Non-injured
• Set up upwind of the wreckage
• Follow guidelines
• Each patient should be reevaluated
(Continued)
86. ARFF
11–86
Aircraft Accident Victim
Management
• Once stabilized, transport patients to
medical facilities
• Means of transporting victims —
specified in the AEP
• Temporary morgue — may be
established for deceased victims
87. ARFF
11–87
Extinguishment
• Involves elimination of all surface fire
• An extension of the fire control phase
• Final effort prior to overhaul
• Complete fire extinguishment
• Reserve apparatus and equipment
• Wreckers and heavy equipment
88. ARFF
11–88
Overhaul
• Overhaul inspection must be conducted
• On-scene investigating authority —
consulted before overhaul operations
• Make sure fire is extinguished
• Wear SCBA
• Keep a charged handline close at hand
(Continued)
89. ARFF
11–89
Overhaul
• May need to remove aircraft interior
components
• Preserve as much of the interior in its
original configuration as possible
• Before overhaul is conducted, point of
origin needs to be identified and
protected
(Continued)
90. ARFF
11–90
Overhaul
• Consider potential hazards of cutting
into hazardous parts on an aircraft
• Avoid disturbing any evidence that may
aid investigators
• Only authorized personnel should
remove bodies
91. ARFF
11–91
Incident Termination
• Once emergency operations are
complete, IC will terminate emergency
• Timely release of mutual aid
equipment/personnel is important
• Termination has various components
92. ARFF
11–92
Post Incident Responsibilities
• Personnel have both short-term and
long-term post incident responsibilities
• Most critical element of incident
termination and post-incident activities
— involve the mental health of the
responders
93. ARFF
11–93
Military Aircraft Actions
• Approach the accident scene with
caution
• Rescue aircraft personnel
• Provide emergency medical care
• Search wreckage for survivors
• Protect survivors from further injury
(Continued)
94. ARFF
11–94
Military Aircraft Actions
• Protect civilian personnel and property
• Notify the nearest military authorities
• Be prepared to contact local agencies
• Guard the wreckage
• Refer photographer and news media
requests
95. ARFF
11–95
Information Reported to
Military
• Caller’s name and location
• Time at which the aircraft crashed
• Whether the aircraft was/is on fire
• How to reach the crash site
• Whether or not the crew landed with the
aircraft or parachuted
(Continued)
96. ARFF
11–96
Information Reported to
Military
• If medical help is needed
• Number of fatalities
• Civilian injuries or private property
damage
• Aircraft tail number and type or model
• Where someone can meet rescue team
• Suitable helicopter landing areas
97. ARFF
11–97
Military Dispatch Teams
• Base fire department personnel
• Explosive ordnance (EOD) personnel
• Military police
• Medical personnel
• Bioenvironmental personnel
• Mortuary personnel
(Continued)
99. ARFF
11–99
Information Obtained from
Witnesses
• Time of the accident
• Direction aircraft was traveling
• Weather conditions
• Whether anyone was seen parachuting
• Whether there was an explosion
100. ARFF
11–100
Approaching a Military Aircraft
Crash
• Somewhat more hazardous than civilian
aircraft
• Follow basic safety precautions
• Use a varied mixture of jet fuel
• May use hypergolic fuels
(Continued)
101. ARFF
11–101
Approaching a Military Aircraft
Crash
• WARNING! Always wear full
protective clothing to include SCBA
when dealing with hydrazine
emergencies as it may be absorbed
through the skin. Even short exposures
may have serious effects on the
nervous and respiratory systems.
102. ARFF
11–102
Conventional
Weapons/Munitions
• Do not approach the front or rear of any
externally carried tanks or pods that can
contain rockets or missiles
• Do not touch or otherwise disturb any
armament
(Continued)
104. ARFF
11–104
Summary
• ARFF personnel should never be
hesitant, uninformed, or unprepared for
emergency responses.
• Airport fire departments must implement
NIMS-ICS as an organizational tool for
emergency response.
(Continued)
105. ARFF
11–105
Summary
• ARFF personnel must understand the
difference between accidents and
incidents as well as understanding in-
flight emergencies, ground
emergencies, low-impact crashes, and
high-impact crashes.
(Continued)
106. ARFF
11–106
Summary
• Properly understanding and following
response procedures is key to
successful operations. Firefighters must
understand their respective roles.
• They must work within a chain of
command and be able to size-up or aid
in sizing-up an accident scene
(Continued)
107. ARFF
11–107
Summary
• ARFF personnel should know how to
properly respond to an emergency
involving military aircraft even if they are
not firefighters at a military installation.
108. ARFF
11–108
Review Questions
1. What are the five major
organizational positions involved in
NIMS-ICS?
2. What type of protective gear
should be worn when responding to a
hot brake incident?
(Continued)
109. ARFF
11–109
Review Questions
3. What is the safest method of
extinguishment when dealing with an
engine or auxiliary power unit (APU)
fire?
4. What are some common
sources of smoke and burning odors
on aircraft?
(Continued)
110. ARFF
11–110
Review Questions
5. Where can information
regarding dangerous goods on an
aircraft be located?
6. Who should determine how far
off the airport ARFF equipment will
respond?
(Continued)
111. ARFF
11–111
Review Questions
7. What are the three priorities of
any emergency situation?
8. What guidelines should be
followed when establishing a
Treatment Area?
(Continued)
112. ARFF
11–112
Review Questions
9. Who should remove bodies that
remain in wreckage after a fire has
been extinguished?
10. What are several immediate post
incident responsibilities that ARFF
personnel must accomplish or assist
with?