This document summarizes how Virtual Air Traffic Simulation Network (VATSIM) bridges flight simulators and online air traffic control services. It discusses how VATSIM allows flight simulator users to fly virtual planes online while interacting with other pilots and air traffic controllers. It provides an overview of how VATSIM works, including using virtual radar clients, obtaining real weather data, and allowing flights to be tracked publicly. It encourages readers to join VATSIM and become air traffic controllers by completing training and certification.
This document provides information about an aviation resource and education development committee in Hong Kong, including the topic, publication description, and lecturer's name in decreasing font sizes. It ends by inviting any questions and providing phone and online contact details.
Dragonair Certificate Program A330 Screening FlightYuuji
The document discusses the electronic flight instrument system (EFIS) displays in aircraft. It provides the following key points:
- The EFIS displays include primary flight displays (PFD) that show flight parameters and navigation displays (ND) that show navigation data.
- The PFD displays critical flight information like attitude, airspeed, altitude, heading in a classic "T" configuration for the pilot.
- The displays present information to the pilots to safely and efficiently operate the aircraft.
This document discusses the history and development of aircraft cockpit design. It outlines the transition from conventional analog cockpits to modern glass cockpits. Trainees will learn about early cockpit layouts, the introduction of the first generation glass cockpit with CRT displays and duplicated gauges, and the second generation with all LCD displays and switchable screens. The latest innovations discussed include integrated displays, electronic flight bags, terrain awareness, airport maps, and head-up displays to reduce workload and enhance safety. The goal is for trainees to understand cockpit evolution and innovation in technology.
This document provides an introduction to visual flight rules (VFR) flying in Hong Kong, including key considerations like weather minimums, right-of-way rules, and common flight routes. It outlines the traffic pattern, defines controlled and uncontrolled airspace, and notes important landmarks. Specific procedures are described for the Sek Kong airfield, including its non-standard traffic pattern. Common entry and exit points in the region are also mapped out.
This document discusses factors that must be considered when planning an IFR flight, including origin and destination, weather, route, distance, speed, weight and balance, fuel, and alternates. It also describes the components of a flight plan such as the fuel plan, weight restrictions, navigation plan, air traffic services routing, and weather forecast. Finally, it provides details on various stages of flight like standard instrument departures, transitions, enroute navigation, standard terminal arrivals, instrument approach procedures, and ETOPS flights.
This document provides an introduction to navigation methods for aircraft, including visual flight rules (VFR), instrument flight rules (IFR), and various types of radio navigation equipment. It focuses on radio navigation methods like non-directional beacons (NDB), VHF omnidirectional range (VOR), distance measuring equipment (DME), and instrument landing system (ILS). Key aspects like tracking VOR courses, ILS localizers and glideslopes, and ILS categories are explained. The goal is to prepare pilots flying Boeing 737-800 aircraft to use radio and area navigation methods.
This document summarizes how Virtual Air Traffic Simulation Network (VATSIM) bridges flight simulators and online air traffic control services. It discusses how VATSIM allows flight simulator users to fly virtual planes online while interacting with other pilots and air traffic controllers. It provides an overview of how VATSIM works, including using virtual radar clients, obtaining real weather data, and allowing flights to be tracked publicly. It encourages readers to join VATSIM and become air traffic controllers by completing training and certification.
This document provides information about an aviation resource and education development committee in Hong Kong, including the topic, publication description, and lecturer's name in decreasing font sizes. It ends by inviting any questions and providing phone and online contact details.
Dragonair Certificate Program A330 Screening FlightYuuji
The document discusses the electronic flight instrument system (EFIS) displays in aircraft. It provides the following key points:
- The EFIS displays include primary flight displays (PFD) that show flight parameters and navigation displays (ND) that show navigation data.
- The PFD displays critical flight information like attitude, airspeed, altitude, heading in a classic "T" configuration for the pilot.
- The displays present information to the pilots to safely and efficiently operate the aircraft.
This document discusses the history and development of aircraft cockpit design. It outlines the transition from conventional analog cockpits to modern glass cockpits. Trainees will learn about early cockpit layouts, the introduction of the first generation glass cockpit with CRT displays and duplicated gauges, and the second generation with all LCD displays and switchable screens. The latest innovations discussed include integrated displays, electronic flight bags, terrain awareness, airport maps, and head-up displays to reduce workload and enhance safety. The goal is for trainees to understand cockpit evolution and innovation in technology.
This document provides an introduction to visual flight rules (VFR) flying in Hong Kong, including key considerations like weather minimums, right-of-way rules, and common flight routes. It outlines the traffic pattern, defines controlled and uncontrolled airspace, and notes important landmarks. Specific procedures are described for the Sek Kong airfield, including its non-standard traffic pattern. Common entry and exit points in the region are also mapped out.
This document discusses factors that must be considered when planning an IFR flight, including origin and destination, weather, route, distance, speed, weight and balance, fuel, and alternates. It also describes the components of a flight plan such as the fuel plan, weight restrictions, navigation plan, air traffic services routing, and weather forecast. Finally, it provides details on various stages of flight like standard instrument departures, transitions, enroute navigation, standard terminal arrivals, instrument approach procedures, and ETOPS flights.
This document provides an introduction to navigation methods for aircraft, including visual flight rules (VFR), instrument flight rules (IFR), and various types of radio navigation equipment. It focuses on radio navigation methods like non-directional beacons (NDB), VHF omnidirectional range (VOR), distance measuring equipment (DME), and instrument landing system (ILS). Key aspects like tracking VOR courses, ILS localizers and glideslopes, and ILS categories are explained. The goal is to prepare pilots flying Boeing 737-800 aircraft to use radio and area navigation methods.
Dragonair Certificate Program A320 Screening FlightYuuji
This document provides instructions for a flight simulator demonstration of flying an Airbus A320. It begins with an introduction and overview of the simulator activity. It then provides a detailed guide to the Airbus cockpit instrumentation, including explanations of the primary flight display, navigation display, flight management computer, autopilot, and fly-by-wire controls. The document concludes with guidance on performing an ILS approach and landing simulation in the Airbus A320 simulator.
This document discusses various types of radio navigation and the electronic flight instrument system displays used for instrument approaches. It focuses on non-directional beacons, VOR navigation, the instrument landing system including localizer and glideslope, and airspeed indications shown on the primary flight display during an ILS approach involving multiple flap configurations and speed reductions. Sample electronic flight display screenshots are included to illustrate airspeed, altitude, navigation, and approach guidance information.
Flying Rules, Aerodrome markings and navigation Yuuji
This document discusses different topics related to flying rules, aerodrome markings and navigation including: flying rules for IFR and VFR, aerodrome markings like runway and taxiway markings, aerodrome signs, and different types of radio navigation aids like VOR, NDB, ILS, DME, RNAV, and RNP. The objectives are for trainees to understand different flying rules, aerodrome signs and layouts, and how to identify different navigation aids.
Basic Aeronautical Knowledge and Introduction to 737-800 Yuuji
The document provides an overview of basic aeronautical knowledge and an introduction to the Boeing 737-800 aircraft. It covers topics like principles of flight, aircraft forces and control surfaces, airspeed measurements, altimeter settings, aviation weather reports, and the key components and systems of the 737-800 airframe and engines. The objectives are for trainees to understand the basic foundations of aircraft flight and operation, and gain familiarity with the 737-800's design.
Dragonair Certificate Program Screening Flight Yuuji
This document provides an overview of an Airbus A320 flight simulator session. It discusses preparing participants by explaining the key flight instruments like the electronic flight instrument system (EFIS) displays. It then guides participants through a simulated taxi, takeoff, and climb in the simulator, explaining instrument readings and controls. The goal is to familiarize participants with flying the A320 before they do a supervised session in the simulator.
This document discusses the differences between video games and flight simulators like Microsoft Flight Simulator (MSFS). It notes that to become a true flight simulator, MSFS needs to include real planes with functioning cockpits, accurate airports and weather data integrated from real sources, as well as air traffic control (ATC) services provided through virtual ATC networks like VATSIM which allow users to fly online together in a virtual world resembling real airspace. The document promotes VATSIM Hong Kong as the local chapter providing ATC for the Hong Kong flight information region, with volunteer controllers using radar screens to guide virtual pilots just like in real-world aviation.
The document discusses different options for copyright and licensing of creative works, including fully copyrighted works where permission is required for sharing, modification or posting online. It introduces Creative Commons (CC) licenses as alternatives that allow authors to specify some rights that are reserved, while also allowing certain uses like sharing and modifications. CC licenses discussed include CC-BY-SA which requires attribution and sharing any modifications under the same license. The document provides this overview to help determine the best option for copyrighting and licensing one's own creative works.
The document discusses ATC English and Automatic Terminal Information Service (ATIS). It aims to teach trainees to understand ATC communications, messages from ATIS and METAR reports. It covers topics like aerospace simplified English, ATC phases, METAR decoding, and ATIS. Simplified English is used to improve clarity, comprehension, and reduce ambiguity. ATC phrases are short and direct commands. METAR reports contain weather information. ATIS provides automated weather and airport information to reduce radio communications.
This document appears to be a training presentation that includes information about the course name and description, objectives of the training, contact information for the organization hosting the training, and an outline of topics to be covered. The presentation provides guidance on appropriate font sizes to use for various sections and specifies the objectives of the training are for trainees to understand the course, have basic knowledge of the topic, and understand the foundation and control surfaces of aircraft. It also includes a list of participant names and closes with a restatement of the contact information.
Dragonair Certificate Program A320 Screening FlightYuuji
This document provides instructions for a flight simulator demonstration of flying an Airbus A320. It begins with an introduction and overview of the simulator activity. It then provides a detailed guide to the Airbus cockpit instrumentation, including explanations of the primary flight display, navigation display, flight management computer, autopilot, and fly-by-wire controls. The document concludes with guidance on performing an ILS approach and landing simulation in the Airbus A320 simulator.
This document discusses various types of radio navigation and the electronic flight instrument system displays used for instrument approaches. It focuses on non-directional beacons, VOR navigation, the instrument landing system including localizer and glideslope, and airspeed indications shown on the primary flight display during an ILS approach involving multiple flap configurations and speed reductions. Sample electronic flight display screenshots are included to illustrate airspeed, altitude, navigation, and approach guidance information.
Flying Rules, Aerodrome markings and navigation Yuuji
This document discusses different topics related to flying rules, aerodrome markings and navigation including: flying rules for IFR and VFR, aerodrome markings like runway and taxiway markings, aerodrome signs, and different types of radio navigation aids like VOR, NDB, ILS, DME, RNAV, and RNP. The objectives are for trainees to understand different flying rules, aerodrome signs and layouts, and how to identify different navigation aids.
Basic Aeronautical Knowledge and Introduction to 737-800 Yuuji
The document provides an overview of basic aeronautical knowledge and an introduction to the Boeing 737-800 aircraft. It covers topics like principles of flight, aircraft forces and control surfaces, airspeed measurements, altimeter settings, aviation weather reports, and the key components and systems of the 737-800 airframe and engines. The objectives are for trainees to understand the basic foundations of aircraft flight and operation, and gain familiarity with the 737-800's design.
Dragonair Certificate Program Screening Flight Yuuji
This document provides an overview of an Airbus A320 flight simulator session. It discusses preparing participants by explaining the key flight instruments like the electronic flight instrument system (EFIS) displays. It then guides participants through a simulated taxi, takeoff, and climb in the simulator, explaining instrument readings and controls. The goal is to familiarize participants with flying the A320 before they do a supervised session in the simulator.
This document discusses the differences between video games and flight simulators like Microsoft Flight Simulator (MSFS). It notes that to become a true flight simulator, MSFS needs to include real planes with functioning cockpits, accurate airports and weather data integrated from real sources, as well as air traffic control (ATC) services provided through virtual ATC networks like VATSIM which allow users to fly online together in a virtual world resembling real airspace. The document promotes VATSIM Hong Kong as the local chapter providing ATC for the Hong Kong flight information region, with volunteer controllers using radar screens to guide virtual pilots just like in real-world aviation.
The document discusses different options for copyright and licensing of creative works, including fully copyrighted works where permission is required for sharing, modification or posting online. It introduces Creative Commons (CC) licenses as alternatives that allow authors to specify some rights that are reserved, while also allowing certain uses like sharing and modifications. CC licenses discussed include CC-BY-SA which requires attribution and sharing any modifications under the same license. The document provides this overview to help determine the best option for copyrighting and licensing one's own creative works.
The document discusses ATC English and Automatic Terminal Information Service (ATIS). It aims to teach trainees to understand ATC communications, messages from ATIS and METAR reports. It covers topics like aerospace simplified English, ATC phases, METAR decoding, and ATIS. Simplified English is used to improve clarity, comprehension, and reduce ambiguity. ATC phrases are short and direct commands. METAR reports contain weather information. ATIS provides automated weather and airport information to reduce radio communications.
This document appears to be a training presentation that includes information about the course name and description, objectives of the training, contact information for the organization hosting the training, and an outline of topics to be covered. The presentation provides guidance on appropriate font sizes to use for various sections and specifies the objectives of the training are for trainees to understand the course, have basic knowledge of the topic, and understand the foundation and control surfaces of aircraft. It also includes a list of participant names and closes with a restatement of the contact information.