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PR: FAA Proposes $13.57 Million Civil Penality Against Boeing

SEATTLE – The Federal Aviation Administration (FAA) has proposed a civil penalty of $13.57 million against The Boeing Company for failing to meet a deadline to submit service instructions that would enable airlines to further reduce the risk of fuel tank explosions on more than 380 Boeing jetliners.

“We are committed to ensuring the safety of the flying public,” said U.S. Transportation Secretary Ray LaHood. “Manufacturers must provide the necessary instructions so the airlines can comply with this important safety regulation.”

“We take this matter very seriously,” said Acting FAA Administrator Michael Huerta. “We have issued hundreds of directives to eliminate fuel ignition sources over the past 16 years, and this step will add another layer of safety.”

Following the TWA 800 accident in July 1996, the FAA has issued 283 directives to prevent the ignition of vapors in and around commercial aircraft fuel tanks. On July 21, 2008, the FAA published the Fuel Tank Flammability Rule, which required manufacturers to develop design changes and service instructions for installing systems to further reduce fuel tank flammability.

The rule gave the two companies that design affected aircraft until Dec. 27, 2010, to submit service instructions for FAA approval. The FAA alleges that in January 2010, Boeing committed to provide the instructions by the deadline. The instructions were to explain how to install systems that would replace the oxygen in airplane fuel tanks with non-flammable nitrogen gas, reducing the risk of explosion.

Boeing missed the deadline for submitting service instructions for the 747s by 301 days, delivering them to the FAA on Oct. 24, 2011. The company was 406 days late in submitting service instructions for the 757s. In total, 383 U.S.-registered Boeing aircraft are affected by these delays.

Airbus, the other manufacturer required to develop instructions for retrofitting certain models of its airplanes, met the Dec. 27, 2010, deadline.

The Fuel Tank Flammability Rule requires airlines to retrofit half of its fleet by 2014, and complete the retrofit by 2017. An airline trade group has proposed an extension of those two dates because of the service instruction delay for certain Boeing aircraft.

The FAA expects that most, if not all, operators will meet both the 2014 and 2017 deadlines, even if they received service instructions later than anticipated. The FAA has advised the trade group that the agency is not considering any extensions to the 2017 deadline for completing the fleet retrofit. However, the agency will consider extending the 2014 deadline if necessary, based on the specific circumstances for a particular operator.

The total amount of the proposed civil penalty against Boeing is $13,574,400.

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    PR: FAA Taps ITT Corp. and GE’s Naverus to Develop NextGen

    WASHINGTON – The Federal Aviation Administration (FAA) is awarding a contract to ITT Exelis and GE’s Naverus to help accelerate the development of satellite-based procedures that will allow aircraft to fly more directly to their destinations.

    “NextGen will help deliver an environmentally friendly, more efficient traveling experience for the flying public,” said U.S. Transportation Secretary Ray LaHood.

    Under the $2.77 million contract, ITT Exelis, the prime contractor, and GE’s Naverus, the sub-contractor, will develop Required Navigation Performance (RNP) approach procedures into five airports: Ted Stevens Anchorage International, James M. Cox Dayton International, Charles B. Wheeler Downtown Airport (Kansas City), General Mitchell International (Milwaukee) and Syracuse Hancock International. ITT Exelis and GE’s Naverus will be responsible for designing, implementing and maintaining a total of 10 procedures – two for each airport. The FAA will closely monitor the work to make sure all safety and environmental steps are conducted properly. This effort will supplement the FAA’s work to develop RNP procedures for airports across the country. The FAA has developed 305 RNP procedures.

    “If you imagine highways in the sky, then these are high-speed off ramps,” said Acting FAA Administrator Michael Huerta. “Aircraft using RNP approaches make a more direct and efficient approach into the airport, also decreasing fuel burn.”

    The FAA awarded the contract to ITT Exelis and GE’s Naverus through a competitive process under the System Engineering 2020 contract, a portfolio of work designed to help the agency roll out NextGen. Fiscal year 2012 appropriations included funding for a contractor to develop and deliver NextGen procedures, and the FAA reauthorization bill called for the agency to demonstrate the ability of a contractor to design, implement and maintain these procedures.

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    Updated Boeing Statement on 787 Dreamliner ZA002 Incident

    EVERETT, Wash., Nov. 11, 2010 Boeing continues to investigate Monday’s incident on ZA002. We have determined that a failure in the P100 panel led to a fire involving an insulation blanket. The insulation self-extinguished once the fault in the P100 panel cleared. The P100 panel on ZA002 has been removed and a replacement unit is being shipped to Laredo. The insulation material near the unit also has been removed.

    Damage to the ZA002 P100 panel is significant. Initial inspections, however, do not show extensive damage to the surrounding structure or other systems. We have not completed our inspections of that area of the airplane.

    The P100 panel is one of several power panels in the aft electronics bay. It receives power from the left engine and distributes it to an array of systems. In the event of a failure of the P100 panel, backup power sources – including power from the right engine, the Ram Air Turbine, the auxiliary power unit or the battery – are designed to automatically engage to ensure that those systems needed for continued safe operation of the airplane are powered.

    The backup systems engaged during the incident and the crew retained positive control of the airplane at all times and had the information it needed to perform a safe landing.

    Molten metal has been observed near the P100 panel, which is not unexpected in the presence of high heat. The presence of this material does not reveal anything meaningful to the investigation.

    Inspection of the surrounding area will take several days and is ongoing. It is too early to determine if there is significant damage to any structure or adjacent systems.

    As part of our investigation, we will conduct a detailed inspection of the panel and insulation material to determine if they enhance our understanding of the incident.

    We continue to evaluate data to understand this incident. At the same time, we are working through a repair plan. In addition, we are determining the appropriate steps required to return the rest of the flight test fleet to flying status.

    Boeing will continue to provide updates as new understanding is gained.

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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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    Boeing, Alaska Airlines Complete Order for Two Next-Generation 737s

    SEATTLE, July 22 /PRNewswire-FirstCall/ — Boeing (NYSE: BA) and Alaska Airlines today announced the carrier has exercised options for two additional Next-Generation 737-800s.
    Valued at approximately $153 million at list prices, the Alaska order was posted to Boeing’s Orders and Deliveries website in June and attributed to an unidentified customer.

    “Alaska Airlines continues to execute a successful and strategic vision based on its expansive fleet of efficient and reliable Next-Generation 737s,” said Marlin Dailey, vice president of Sales for Boeing Commercial Airplanes. “Alaska celebrated its transition to a single fleet in 2008 and with these additional orders, is truly reaping the benefits represented by its slogan, ‘Proudly all-Boeing.’

    “Through its close partnership with Boeing, and working with the U.S. Federal Aviation Administration, Alaska Airlines is also expanding the use of advanced navigational and flight guidance procedures that leverage the superior performance capabilities of the Next-Generation 737. These procedures reduce flight times and congestion and result in lower fuel consumption and emissions into the environment,” Dailey said.
    “Our financial performance has been strong, and expanding our fleet with these two new 737-800s will not only help us fly more efficiently but also launch new service for our customers, provide positive returns for investors and ultimately, bring some of our furloughed employees back to work,” said Alaska Airlines’ President Brad Tilden.

    Including today’s order, Alaska will take delivery of 13 Next-Generation 737s over the next several years. Alaska Airlines has 116 737s in its fleet, including 55 737-800s.

    Operating a highly efficient and flexible all-Boeing 737 fleet, Alaska Airlines has established an enviable track record of operational and financial performance. The reliability and flexibility of its 737 fleet has enabled the airline to grow throughout the highly competitive North America market.

    The Boeing 737-800 is the best-selling version of the successful Next-Generation 737 family. Known for its reliability, fuel efficiency and economical performance, the 737-800 is selected by leading carriers throughout the world because it provides operators the flexibility to serve a wide range of markets.

    To date, more than 125 customers have placed orders for more than 5,400 Next-Generation 737s. Unfilled orders for the Next-Generation 737 exceed 2,000 airplanes, valued at more than $150 billion at average list prices.

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    NTSB PROVIDES INVESTIGATIVE UPDATE AND PHOTO OPPORTUNITY OF LAB WORK RELATED TO BOEING 787 BATTERY FIRE IN BOSTON


    January 23, 2013
    WASHINGTON – Tomorrow, National Transportation Safety Board Chairman Deborah A.P. Hersman will provide an update on the NTSB’s investigation of the Jan. 7 fire aboard a Japan Airlines (JAL) Boeing 787 at Logan International Airport in Boston.

    Chairman Hersman will brief credentialed members of the news media on the progress of the investigation, after which she and senior staff will take questions. Those unable to attend in person can call in to a teleconference line.

    Reporters will then be invited to view the materials laboratory where the battery is being examined. Photography will be allowed but no “stand-ups” or taped reporting from the lab will be permitted.

    For planning purposes, RSVP is required for those planning to either attend in person or call in.

    Location: NTSB Boardroom and Conference Center, 429 L’Enfant Plaza East, SW, Washington, DC

    Date: Thursday, January 24, 2013

    Time: 2:30 p.m.

    Participants: Chairman Deborah A.P. Hersman; John DeLisi, Director of NTSB Office of Aviation Safety; and Dr.
    Joseph Kolly, Director, NTSB Office of Research and Engineering.

    The following factual information has been developed about the battery: It consists of eight cells of 3.7 volts each. All eight cells had varying degrees of thermal damage. Six of eight cells have been CT scanned and have been disassembled to expose their electrodes. All electrode windings in the battery are in the process of being photo-documented and are undergoing microscopic examination. In the coming days, the remaining two cells will undergo the same examination. Additional information will be provided tomorrow.

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    NTSB SAFETY RECOMMENDATION

    The National Transportation Safety Board recommends that the Federal Aviation Administration:

    Amend 14 Code of Federal Regulations Part 91 to require separate seats and restraints for every occupant. (A-10-121)

    Amend 14 Code of Federal Regulations Part 91 to require each person who is less than 2 years of age to be restrained in a separate seat position by an appropriate child restraint system during takeoff, landing, and turbulence. (A-10-122)

    Amend 14 Code of Federal Regulations Parts 121 and 135 to require each person who is less than 2 years of age to be restrained in a separate seat position by an appropriate child restraint system during takeoff, landing, and turbulence. (A-10-123)

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