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In Flight USA Articles
Safe Landings - October 2011
See and Avoid
The number of midair collisions in the United States has averaged 30 per year since 1978.1 These accidents primarily involve General Aviation aircraft, but Air Carrier, Corporate and other operators are by no means immune from potentially serious airborne conflicts.
In the preceding 12-month period, more than 4,000 in-flight traffic conflicts were reported to NASA ASRS. Of these, 235 met the ASRS criteria (within 500 feet) for a Near Midair Collision (NMAC). Nearly half of these NMACs involved Air Carrier, Corporate and Air Taxi operations.
Technological advances such as the Traffic Collision Avoidance System (TCAS) and Conflict Alert (CA) have enhanced the ability of pilots and controllers respectively to resolve airborne conflicts before they become critical, but the following ASRS reports show that the “see and avoid” principle remains a crucial aspect of collision avoidance in visual conditions.
Safe Landings - June 2011
Safe Landings - May 2011
It has been said that the only voluntary act in aviation is the decision to take-off. Every action after take-off involves the skillful management of risk, the enjoyment of flight and a continuous stream of decisions that result in a safe landing.
In 1974, NASA created the Aviation Safety Reporting System (ASRS) to allow aviation professionals to share experiences in a frank, non-punitive manner. The ASRS structure allows pilots and other aviation professionals to file an anonymous report of an incident, error or occurrence that the contributor feels might be of value to others. These reports are gathered, analyzed and data based by NASA experts and made available to all interested parties as a tool for creating pro-active aviation safety programs. Additionally, NASA distributes an electronic publication, “CALLBACK,” which contains selected, de-identified, reports on a free subscription basis. In Flight USA is proud to reprint selected reports, exerted from “CALLBACK,” for our readers to read, study, occasional laugh at and always, learn from. Visit http://asrs.arc.nasa.gov/ to learn how you can participate in the ASRS program.
Motor Skills: Getting Off to a Good Start
A motor skill is a learned sequence of movements that combine to produce a smooth, efficient action. This month’s we look into another type of motor skill- the skill required to produce a smooth, efficient (and safe) aircraft engine start.
Safe Landings - April 2011
It has been said that the only voluntary act in aviation is the decision to take-off. Every action after take-off involves the skillful management of risk, the enjoyment of flight and a continuous stream of decisions that result in a safe landing.
In 1974, NASA created the Aviation Safety Reporting System (ASRS) to allow aviation professionals to share experiences in a frank, non-punitive manner. The ASRS structure allows pilots and other aviation professionals to file an anonymous report of an incident, error or occurrence that the contributor feels might be of value to others. These reports are gathered, analyzed and data based by NASA experts and made available to all interested parties as a tool for creating pro-active aviation safety programs. Additionally, NASA distributes an electronic publication, CALLBACK, which contains selected, de-identified, reports on a free subscription basis. In Flight USA is proud to reprint selected reports, exerted from CALLBACK, for our readers to read, study, occasional laugh at and always, learn from. Visit http://asrs.arc.nasa.gov/ to learn how you can participate in the ASRS program.
Preventable Fuel Management Errors: Fuel Exhaustion
Miscalculation: Determining fuel remaining based on assumed fuel burned figures and on gauges that are assumed to be correct is a dangerous gamble. This Piper Navajo pilot learned that physical verification of the fuel onboard is the best way to prevent miscalculations.
Safe Landings - February 2011
It has been said that the only voluntary act in aviation is the decision to take-off. Every action after take-off involves the skillful management of risk, the enjoyment of flight and a continuous stream of decisions that result in a safe landing.
In 1974, NASA created the Aviation Safety Reporting System (ASRS) to allow aviation professionals to share experiences in a frank, non-punitive manner. The ASRS structure allows pilots and other aviation professionals to file an anonymous report of an incident, error or occurrence that the contributor feels might be of value to others. These reports are gathered, analyzed and data based by NASA experts and made available to all interested parties as a tool for creating pro-active aviation safety programs. Additionally, NASA distributes an electronic publication, “CALLBACK,” which contains selected, de-identified, reports on a free subscription basis. In Flight USA is proud to reprint selected reports, exerted from “CALLBACK,” for our readers to read, study, occasional laugh at and always, learn from. Visit http://asrs.arc.nasa.gov/ to learn how you can participate in the ASRS program.
Paperless Flying
The day of the paperless cockpit has dawned, and with that, ASRS is hearing more about incidents involving Electronic Flight Bags (EFBs), as these electronic display systems are known.
EFB displays may be portable (Class 1), attached to a cockpit mounting device (Class 2), or built into the cockpit (Class 3). There is no doubt EFB devices are powerful and versatile. With display screens often the size of a laptop computer or approach plate, EFBs can display a variety of aviation data, including electronic manuals and documents, performance and planning data, moving maps and GPS, logs and checklists, spreadsheets, real-time weather, TCAS, terrain avoidance, email, and even the internet.