NTSB CHAIRMAN HIGHLIGHTS RUNWAY SAFETY

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    Boeing Begins Assembly of 1,000th 767

    Commercial Airplanes, begins production of the 1,000th 767 with spar load in the Everett, Wash., factory.”]

    EVERETT, Wash., Sept. 7 /PRNewswire-FirstCall/ — Boeing (NYSE: BA) has begun assembly of the 1,000th 767 airplane at the factory in Everett, Wash. Mechanics took the first step in major assembly by loading the wing spar into the assembly tool. The spar is the internal support structure that runs through the full length of the wing.

    “This is an important milestone for the 767, which has continued to evolve and improve since entering service nearly 30 years ago,” said Kim Pastega, vice president and general manager of the 767 program, Boeing Commercial Airplanes. “The 767 is a high-performing twin-aisle airplane that delivers nearly 99 percent dispatch reliability every day for more than 90 operators around the world.”

    The 1,000th airplane, a 767-300ER (extended range) passenger model, is scheduled for delivery in February 2011 to long-time customer ANA (All Nippon Airways). ANA ordered its first 767 in 1979 and has taken delivery of 89 767s to date.

    Boeing will use the 767 as the platform for its NewGen Tanker if it wins the U.S. Air Force KC-X Tanker competition. Contract award currently is scheduled for mid-November.

    The Boeing 767 family is a family of clean, quiet, fuel-efficient airplanes that provide maximum market versatility in the 200- to 300-seat market. The Boeing 767 family includes three passenger models — the 767-200ER, 767-300ER and 767-400ER — and a medium-widebody freighter, which is based on the 767-300ER fuselage.

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  • Aviation and climate change the focus of ICAO Environmental Colloquium

    ICAO Press Release From 11 to 14 May, strategies and programmes of ICAO, industry, academic/research institutions and international organizations to harness technological, scientific and economic solutions in the global fight against climate change will be reviewed. This includes key developments from the 15th Conference of the Parties (COP/15) of the United Nations Framework Convention on Climate Change, as well as two ICAO events – the Conference on Aviation and Alternative Fuels and the 8th Meeting of the Committee on Aviation Environmental Protection.

    The Colloquium provides a timely context for the exchange of views on aviation and climate change in anticipation of environment-related discussions and high-level decision-making at the 37th Session of the ICAO Assembly in September 2010.
    A one-day tutorial on 11 May will present a broad overview of aviation greenhouse gas emissions (GHG) and familiarize participants with the vocabulary and concepts used in the description, measurement, regulation, and management of aviation GHG emissions.

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    FAA Issues Final Rule on Pilot Fatigue

    WASHINGTON, D.C. – U.S. Transportation Secretary Ray LaHood and Federal Aviation Administration (FAA) Acting Administrator Michael Huerta today announced a sweeping final rule that overhauls commercial passenger airline pilot scheduling to ensure pilots have a longer opportunity for rest before they enter the cockpit.

    “This is a major safety achievement,” said Secretary LaHood. “We made a promise to the traveling public that we would do everything possible to make sure pilots are rested when they get in the cockpit. This new rule raises the safety bar to prevent fatigue.”
    “Every pilot has a personal responsibility to arrive at work fit for duty. This new rule gives pilots enough time to get the rest they really need to safely get passengers to their destinations,” said FAA Acting Administrator Huerta.

    The Department of Transportation identified the issue of pilot fatigue as a top priority during a 2009 airline Safety Call to Action following the crash of Colgan Air flight 3407. The FAA launched an aggressive effort to take advantage of the latest research on fatigue to create a new pilot flight, duty and rest proposal, which the agency issued on September 10, 2010.

    Key components of this final rule for commercial passenger flights include:
    Varying flight and duty requirements based on what time the pilot’s day begins. The new rule incorporates the latest fatigue science to set different requirements for pilot flight time, duty period and rest based on the time of day pilots begin their first flight, the number of scheduled flight segments and the number of time zones they cross. The previous rules included different rest requirements for domestic, international and unscheduled flights. Those differences were not necessarily consistent across different types of passenger flights, and did not take into account factors such as start time and time zone crossings.

    Flight duty period. The allowable length of a flight duty period depends on when the pilot’s day begins and the number of flight segments he or she is expected to fly, and ranges from 9-14 hours for single crew operations. The flight duty period begins when a flightcrew member is required to report for duty, with the intention of conducting a flight and ends when the aircraft is parked after the last flight. It includes the period of time before a flight or between flights that a pilot is working without an intervening rest period. Flight duty includes deadhead transportation, training in an aircraft or flight simulator, and airport standby or reserve duty if these tasks occur before a flight or between flights without an intervening required rest period.
    Flight time limits of eight or nine hours. The FAA limits flight time – when the plane is moving under its own power before, during or after flight – to eight or nine hours depending on the start time of the pilot’s entire flight duty period.

    10-hour minimum rest period.The rule sets a 10-hour minimum rest period prior to the flight duty period, a two-hour increase over the old rules. The new rule also mandates that a pilot must have an opportunity for eight hours of uninterrupted sleep within the 10-hour rest period.

    New cumulative flight duty and flight time limits.The new rule addresses potential cumulative fatigue by placing weekly and 28-day limits on the amount of time a pilot may be assigned any type of flight duty. The rule also places 28-day and annual limits on actual flight time. It also requires that pilots have at least 30 consecutive hours free from duty on a weekly basis, a 25 percent increase over the old rules.
    Fitness for duty. The FAA expects pilots and airlines to take joint responsibility when considering if a pilot is fit for duty, including fatigue resulting from pre-duty activities such as commuting. At the beginning of each flight segment, a pilot is required to affirmatively state his or her fitness for duty. If a pilot reports he or she is fatigued and unfit for duty, the airline must remove that pilot from duty immediately.

    Fatigue Risk Management System. An airline may develop an alternative way of mitigating fatigue based on science and using data that must be validated by the FAA and continuously monitored.

    In 2010, Congress mandated a Fatigue Risk Management Plan (FRMP) for all airlines and they have developed these plans based on FAA guidance materials. An FRMP provides education for pilots and airlines to help address the effects of fatigue which can be caused by overwork, commuting, or other activities. Airlines will be required to train pilots about the potential effects of commuting.
    Required training updates every two years will include fatigue mitigation measures, sleep fundamentals and the impact to a pilot’s performance. The training will also address how fatigue is influenced by lifestyle – including nutrition, exercise, and family life – as well as by sleep disorders and the impact of commuting.
    The estimated cost of this rule to the aviation industry is $297 million but the benefits are estimated between $247- $470 million. Covering cargo operators under the new rule would be too costly compared to the benefits generated in this portion of the industry. Some cargo airlines already have improved rest facilities for pilots to use while cargo is loaded and unloaded during night time operations. The FAA encourages cargo operators to opt into the new rule voluntarily, which would require them to comply with all of its provisions.

    The final rule has been sent to the Federal Register for display and publication. It is currently available

    at:http://www.faa.gov/regulations_policies/rulemaking/recently_published/media/2120-AJ58-FinalRule.pdf, and will take effect in two years to allow commercial passenger airline operators time to transition.

    A fact sheet with additional information is at http://www.faa.gov/news/fact_sheets/.

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    Boeing Receives US Air Force Contract for C-17 Training Devices

    ST. LOUIS, Dec. 22, 2010 — The Boeing Company today announced it has received a contract from the U.S. Air Force to deliver C-17 training devices to three sites. The contract value is $44 million initially and up to $72 million if two options are exercised.

    The first set of devices is an Integrated Training Center (ITC) to be delivered to Wright-Patterson Air Force Base, Ohio, in the first quarter of 2012. The ITC will consist of a weapon systems trainer, pilot and co-pilot station, loadmaster station and related courseware and support equipment. A second weapon systems trainer will be installed at McChord Air Force Base, Wash., in the third quarter of 2012 and a third ITC will go to a new C-17 training site in early 2013.

    “Wright-Patterson is set to receive its first of eight C-17s next year and McChord has 54,” said Mark McGraw, Boeing vice president for Training Systems & Services. “We are proud to add to the Air Force’s training capability and support warfighter readiness with these new devices.”

    The ITCs support pilot and co-pilot instruction in flight operations, mission planning and emergency procedures through computer-based training, advanced aircraft simulation and other desktop training devices. C-17 loadmasters also receive computer-based and aircraft training in addition to training on the loadmaster station, cargo loading models and cargo compartment trainer. Additionally, maintenance personnel can use the ITCs for training on engine run procedures.

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    American Airlines Receives U.S. Department of Transportation Approval to Fly Between Los Angeles and Shanghai, China

    New Flights To Begin April 5, 2011

    FORT WORTH, Texas, Oct. 7 — American Airlines, a founding member of the oneworld® Alliance, today issued the following statement:

    “We are very pleased that the United States Department of Transportation (DOT) has granted us the authority and frequencies needed to begin new service between Los Angeles and Shanghai, the largest market for travel between the United States and China that is not presently served by a U.S. airline. These new flights will enrich American’s customer service offering to China and will expand American’s schedule at Los Angeles International Airport, one of its five cornerstone cities.

    “We thank DOT officials for their expedited review of our request and we look forward to launching these new daily flights on April 5 using 247-seat Boeing 777 aircraft, which feature 16 First Class, 37 Business Class and 194 Economy Class seats.

    “This has been a terrific week for the employees, customers, and shareholders of American Airlines. We have launched our new joint business with our immunized trans-Atlantic and oneworld partners, British Airways and Iberia. We have announced new service from New York Kennedy to Budapest, as well as a second Barcelona flight, plus new service from Chicago O’Hare to Helsinki and a second flight between Miami and Madrid. In addition, DOT has tentatively granted trans-Pacific antitrust immunity for American and its oneworld partner Japan Airlines.”

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    New Software Tool to Optimize Available Airport Pavement Information

    The Federal Aviation Administration’s (FAA) Airport Technology Research and Development Team, based at the William J. Hughes Technical Center, has released its newest software program, FAA PAVEAIR.

    Airport managers, engineers, consultants and technicians can use FAA PAVEAIR to assess the condition of airport pavements, and make informed decisions to best allocate funds for pavement repair and maintenance. Use of this software is not required to obtain Airport Improvement Project funding assistance.

    FAA PAVEAIR is a web-based airport pavement management system that provides users with historic current information about airport pavement construction, maintenance and management. The program offers users a planning tool capable of modeling airport pavement surface degradation due to external effects such as traffic and the environment. The program can be used with other FAA pavement applications, such as BAKFAA and COMFAA, to give users input to determine repair scheduling and strategies. It has been developed for installation and use on a stand-alone personal computer, a private network, an intranet and the internet. An implementation of the internet version of FAA PAVEAIR will be hosted and supported on a server at the William J. Hughes Technical Center, near Atlantic City, N.J., and will be accessible from the FAA PAVEAIR website.

    FAA PAVEAIR will be posted for download as a beta version for about one year in the initial release. Airport technology research and development specialists will hold workshops and user group meetings to assess the software utility, during this time.

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