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    Press Release – FAA Proposes $664,000 Civil Penalty

    Press Release – FAA Proposes $664,000 Civil Penalty Against Parachute Center

    For Immediate Release
    October 12, 2010

    LOS ANGELES – The Federal Aviation Administration (FAA) is proposing a $664,000 civil penalty against William C. Dause, doing business as The Parachute Center of Acampo, Calif., for allegedly failing to perform required aircraft parts replacements and failing to comply with safety directives.

    “Putting parachutists at risk by neglecting to follow safety procedures is unacceptable,” said U.S. Transportation Secretary LaHood. “We expect aircraft operators to comply with our safety rules and will take enforcement action when they do not.”

    The FAA alleges that The Parachute Center operated a DeHavilland DHC-6 Twin Otter when critical parts were well past their life limits and without inspecting portions of the wings for corrosion.

    In all, the FAA alleges that The Parachute Center operated the aircraft on approximately 2,121 flights between March 21, 2008 and Nov. 4, 2009 with elevator control cables that were overdue for replacement and when the plane was not in compliance with Airworthiness Directives requiring visual inspections of the wing main spar, lower spar cap extensions and wing support strut for possible corrosion.

    The FAA also alleges that the company operated the aircraft on at least 500 flights between April 16, 2009 and Nov. 4, 2009 with aileron control cables that were overdue for replacement.

    “Passengers and crew have to be able to trust that an operator has done the right thing and has complied with all the rules,” said FAA Administrator Randy Babbitt. “Safety and compliance are the right choices, every time.”

    The Parachute Center has 30 days from receipt of the FAA’s enforcement letter to respond to the agency.

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  • IATA Expands Agreement with CIS to Improve Aviation Safety – Broad Agenda to Engage Russian Aviation

    Moscow – 16 April 2009–The International Air Transport Association (IATA) today announced the signing of an agreement with the Interstate Aviation Committee (IAC, also known by its Russian abbreviation which is MAK) to improve aviation safety throughout the Commonwealth of Independent States (CIS).

    The expanded agreement adds specific points to IATA’s existing cooperation partnership with the IAC including:

    Promoting IATA Operational Safety Audits (IOSA), IATA’s Integrated-Airline Management System (IAMS), IATA Safety Audits for Ground Operations (ISAGO) and other similar initiatives and their realisation in the deployment of professional resources of IAC.
    Development and enhancement of civil aviation infrastructure in the states united by IAC, including implementation of the ICAO standard for Reduced Vertical Separation Minima (RVSM) and Performance-Based Navigation.

    The agreement was signed in Moscow by Tatiana Anodina, Chairperson of the IAC and Giovanni Bisignani, IATA’s Director General and CEO. “Safety is our top priority, and the performance of the CIS is far below the global average. All IATA airlines – including 15 in the CIS are on the IOSA Registry. I look forward to working closely with the IAC to help raise the bar on safety in this region by promoting IOSA and other IATA global standards,” said Bisignani.

    Bisignani is visiting Russia to mark a new phase in IATA’s involvement in Russian aviation. “In addition to IOSA, two other IATA programmes have helped transform the landscape of Russian aviation – 100% e-ticketing and the opening of IATA’s Billing and Settlement Plan. This is a solid foundation of success. At this time of crisis – for the global industry as well as the Russian airlines – we have a long list of tough issues to tackle,” said Bisignani.

    During Bisignani’s visit, he met with Russia’s Minister of Transport, Igor Levitin, to discuss a workplan with the Russian Ministry of Transport focused on the following areas:

    Improving safety: Alongside working with IAC, IATA is encouraging the Russian government to make IOSA a requirement for all airlines registered in Russia.
    Bringing infrastructure charges in line with global standards: Russia has an international obligation to ensure non-discrimination for infrastructure charges. “The current discriminatory system of charges does not comply with international standards and must change,” said Bisignani.
    Bringing transparency to fuel pricing: In September 2008 the cost of fuel at Moscow’s airports was 12% higher than in Western Europe. Following IATA’s call for greater transparency, the gap has narrowed. “Now we must formalise the requirement for transparency and work to find a system to ensure that fuel uplifted for international flights meets Russia’s international obligation to be free of VAT,” said Bisignani.
    Promoting IATA e-freight: “After achieving 100% e-ticketing, the next big challenge is to implement e-freight. To make this a reality, Russia must sign the Montreal Convention 99 recognising electronic air way bills. Russia is too important to be left out of the US$4.9 billion in benefits that e-freight will bring,” said Bisignani.

    Finding Global Solutions for the Environment: Russia has made tremendous progress on making air traffic more efficient. In 2008, a total of 131 routes were optimized. Work on a further 42 routes will take effect by the end of May. “This has a positive impact on environmental performance. Now Russia – as a member of the ICAO Group on International Aviation and Climate Change – has an important responsibility in finding a global solution for economic measures under ICAO auspices,” said Bisignani.
    Moving forward with liberalisation: “With Russia’s carriers active in seeking international partnerships, the archaic ownership limitations of the bilateral system are clearly visible. This crisis is an opportunity for change and I hope that Russia will play a leading role in allowing airlines to run their businesses with the same freedoms that other industries take for granted,” said Bisignani.
    Bisignani looked beyond the current crisis to the future of Russian aviation. “Russia’s vast geography makes aviation a critical link domestically and internationally. Russia’s location puts it at the crossroads of North America, Asia, Europe and The Middle East. Russia’s seat on the ICAO Council makes it an important player in international aviation policy. IATA’s goal is to work with the Russian government to ensure that this great aviation nation is fully integrated into the global aviation system. That means following its obligations under international law and using global standards. The result will be a safe and efficient air transport industry delivering enormous economic benefits,” said Bisignani.

    Access Giovanni Bisignani’s remarks

    Notes for editors:

    IATA (International Air Transport Association) represents some 230 airlines comprising 93% of scheduled international air traffic.
    A total of 18 airlines in the CIS are on the IOSA registry. Of these, 15 are IATA members and a further 3 are not members of IATA.
    The original agreement with IAC and IATA was signed in 1994 and broadly covers joint efforts to promote safe, secure and reliable air transport.

    For more information, please contact:

    Anthony Concil
    Director Corporate Communications
    Tel: +41 22 770 2967
    Email: corpcomms@iata.org

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    Australia’s CAA Investigation Points to Baggage Handlers


    The April 9 emergency landing of Eagle Air/Air New Zealand Beech 1900D en route from Auckland to Whangarei, attributed to an open rear cargo door, has been blamed on untrained baggage handlers who did not lock cargo doors.

    The hatch flew open on takeoff. See the link to a photograph of the open door posted on the NZ Herald

    The doors tend to be left unlocked in case late bags come in; but that is not a good safety practice because a broken cargo door can smash the tail of the plane or worse.

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    FAA: Testimony – Statement of Peggy Gilligan

    September 16, 2010
    Statement of Peggy Gilligan, Associate Administrator for Aviation Safety Before the House of Representatives, Committee on Transportation and Infrastructure, Subcommittee on Aviation on Pilot Fatigue

    Chairman Costello, Congressman Petri, Members of the Subcommittee:

    Thank you for inviting me to appear before you this morning to discuss the Federal Aviation Administration’s (FAA) efforts to mitigate the impacts of pilot fatigue to enhance aviation safety. Updating FAA’s regulatory requirements on pilot fatigue has been a high priority for Secretary LaHood and Administrator Babbitt. As you know, Administrator Babbitt was formerly a commercial pilot, so his interest in and insights about pilot fatigue have been longstanding, and were helpful in making rulemaking on this matter an Administration priority. Their assistance and guidance on this matter have been invaluable. I am pleased that their focus has enabled the FAA to publish a Notice of Proposed Rulemaking (NPRM) on September 14, 2010, that proposes changes to the current flight duty and rest regulations. The NPRM represents a comprehensive proposal that is the result of extensive outreach to the aviation industry, labor and the scientific community. Unlike the existing requirements, the proposal would establish a single, scientifically-based regulatory approach for all Part 121 operators, including domestic and international passenger and cargo operations, as well as supplemental carriers.

    While the publication of this NPRM is a huge step forward, I want to stress that it is the latest step in a long history of FAA efforts to mitigate fatigue. We held symposia on fatigue and worked with aviation industry and the scientific community to gather data to meet the scheduling demands of the industry (including ultra long-range flights), without compromising safety. As the science of fatigue matured, we worked to educate the industry to mitigate risks as they were identified. The new proposal reflects our drive to reach consensus across different facets of the aviation industry.

    In the past, I have said something that is worth repeating now: regardless of what regulatory framework is in place, mitigating the effects of fatigue is a shared responsibility. The FAA has the responsibility to put the framework in place. The air carrier has the responsibility to schedule its flight crews responsibly and in accordance with that framework. The pilot has the ultimate responsibility to use the hours set aside for rest to actually rest, to report for duty in a fit condition, and to notify the airline when he or she is too fatigued or otherwise not fit for duty. Nothing about the latest proposal changes those basic responsibilities.

    In the aftermath of the Colgan Air Flight 3407 accident in February 2009, the FAA placed great emphasis on all safety factors that either were, or could have been, a contributing cause to the accident. Secretary LaHood and Administrator Babbitt issued an Airline Safety Call to Action for the foremost aviation safety experts to discuss the best ways to make an already safe industry even safer. Fatigue was clearly a factor of some concern, given that one member of the Colgan flight crew commuted from the West Coast prior to reporting for duty and the evidence suggested that she may not have had sufficient rest.

    In addition to the Call to Action, Administrator Babbitt convened an Aviation Rulemaking Committee (ARC) comprised of representatives from airline management and pilot labor unions to review fatigue-related issues and to make specific scientifically-based recommendations that could be the basis of rulemaking. The ARC delivered its report and recommendations in September 2009. The report and recommendations reflected consensus on many issues, but there were a handful of issues where the ARC did not reach consensus. In addition, the ARC was not charged with performing any type of economic analysis, which the FAA must provide in any rulemaking initiative.

    The NPRM utilizes accepted assumptions as to what causes fatigue and creates a framework that addresses those risks. For example, it is generally accepted that higher levels of activity cause more fatigue and that most people need eight hours of sleep in a 24 hour period in order to perform effectively and remain alert. It is also acknowledged that an average person needs in excess of nine hours of sleep in order to recover from accumulated sleep deprivation and the quality of the sleep an individual gets is usually affected by the time of day in which it occurs, with nighttime sleeping being more restorative.

    Using these assumptions as a basis, the NPRM focuses on the nature of the operation. During a duty period, how many take-offs and landings does the pilot fly? Do the operations involved cross time zones and, if so, how many? Are the operations during the day or at night? The proposal recognizes that basing hourly restrictions solely on the total number of hours of duty time or flight time does not have as much meaning as factoring in what kind of operations were being flown during that period. Different operations result in different fatigue levels and that reality must be recognized in any new regulatory framework.

    The NPRM would impose requirements for rest, flight time, and duty time. There is a proposed nine hour rest requirement prior to flying related duty. In addition, flight time restrictions include limits for every 28-day period, as well as annual limits. The flight time restrictions also reflect all operations flown for the carrier by the pilot, even if some of those flights are ferrying operations or other flights not flown under Part 121. Finally, both the flight time and duty time restrictions proposed would reflect differences in the types of operations flown as well as when they are flown, and require shorter duty periods for certain times of day and quantities of takeoffs and landings.

    The proposal would also gives carriers the option of integrating a Fatigue Risk Management System (FRMS) into their scheduling systems. FRMS is a carrier-specific method of evaluating how best to mitigate fatigue, based on active monitoring and evaluation by the carrier and flightcrew members. In this case, the carrier would model its schedules to determine where there may be risk from fatigue. The carrier would develop mitigation strategies to eliminate or mitigate that risk. The FAA will determine that the FRMS provides an equivalent level of protection as afforded by the rule and approve the carrier’s system. FRMS were strongly supported by both labor and management in the ARC, because it ensures that each schedule is analyzed and proper mitigation is implemented.

    This approach has the potential to provide a cooperative and flexible means of monitoring and mitigating fatigue during operations when the prescriptive approach is not optimal. We are seeking public comments about how best to realize that potential. An FRMS requires a carrier to develop numerous processes and structures within an operation. These measures lead to effective management and mitigation of fatigue on the part of both the carrier and its employees that might affect the operation.

    One area that I know is of great interest to this Committee is pilot commuting, which our NPRM discusses in the preamble. The ARC made no recommendation on commuting. However, the ARC did point out that pilots are required to report to work fit for duty; and that means rested. Although our proposal does not include specific restrictions on commuting, it does make some modifications to ensure that all pilots, including those who commute, are meeting the existing requirements to report fit for duty.

    As I noted at the beginning of this statement, pilot personal responsibility is critical to whatever fatigue rule is ultimately adopted, whether or not commuting restrictions are imposed. Pilots must commute responsibly, but this proposal broadens that responsibility to include the air carrier, who must be aware of how pilots are commuting to work and must make a determination that each pilot is fit for duty. It is unreasonable to assume that a pilot is resting while commuting, either locally or long distance, and our proposal requires air carriers to consider the commuting times pilots needs to reach their home base while still receiving the required opportunity for rest. It also calls on co-workers – other crew members, dispatchers, etc. – to determine that pilots they’re working with are fit for duty. We believe mandating this shared responsibility will address the risks posed by a pilot failing to identify that he or she is not sufficiently rested – and therefore not fit for duty.

    Finally, one of the most challenging issues we have had to resolve in order to move forward with a new fatigue regulatory proposal is that of the costs associated with a new rule compared with the benefits that are expected to accrue from a new requirement. All of us in government and industry associated with aviation are dedicated to enhancing aviation safety. This is what we work for day in and day out. At the same time, we seek to ensure that rules do not impose excessive, unjustified, or unnecessary costs on airlines, airline employees, and consumers. We are required to provide the public with information about the projected costs and benefits associated with any regulatory proposal. Reducing fatigue, through whatever means, may result in the carriers having to add more pilots to comply with new standards, thus adding costs. We believe, however, that carriers will optimize their crew schedules within any new regulatory requirements to continue to be as efficient as possible.

    While we prefer and seek out regulatory options that result in net benefits, there is no absolute requirement that monetary benefits of regulatory proposals outweigh monetary costs. But the benefits, both quantifiable and nonquantifiable, must justify the associated costs. While we have explicitly sought public comments about possible improvements in the proposed rule, we believe it meets that standard. It is important to understand that increasing airline safety creates a number of important social benefits, some of which are hard to quantify.

    Though producing this NPRM did take longer than we expected, we believe we have a solid starting point for a new and better way forward in this area. While this is not the last step in this process, I am extremely proud of the FAA team for this achievement. I would like to thank the many, many members of the Administration, the aviation and labor community, and the scientific community for their tireless efforts to assist Secretary LaHood and Administrator Babbitt in moving forward with the proposed fatigue NRPM. I would also like to acknowledge the support of Congress and the families of victims of the Colgan accident and other family groups in this area.

    There is work to be done in order to make the NPRM ultimately into a final rule, but I am confident that this comprehensive proposal is a step forward and I look forward to receiving public comments and to working with all interested parties, including this Committee, to finalize improved flight duty and rest standards that will enhance safety because that is our shared ultimate goal.

    Thank you for this opportunity to appear before you. I would be happy to answer any questions at this time.

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    FAA Certifies Alakai Technologies’ Flight Data Monitoring System on AS350 Helicopters

    Smart system records, analyzes, and automatically reports FDM results for operators

    HOPKINTON, Mass., Feb. 2, 2011 /PRNewswire/ — Alakai Technologies (http://www.alakai1.com) announced today that the Federal Aviation Administration issued a Supplemental Type Certificate (STC) for installation of Alakai’s digital Flight Data Monitoring (FDM) systems and wireless Internet units on Eurocopter AS350 and EC130 helicopters. The AS350 and its derivatives, with over 4,000 helicopters sold, are used by police, forest service, oil exploration, flight-seeing and emergency medical service (EMS) operators worldwide.
    AS350 operators can now achieve comprehensive airline-style FDM (also known as Flight Operational Quality Assurance or FOQA) programs at a fraction of the cost for airline systems. Older, round-dial cockpits become part of a smarter, safer, more-connected aircraft. Operators benefit from Alakai’s on-board and backend algorithms that turn mountains of raw data into objective, actionable recommendations and decisions. The system works with older round-dial as well as the latest glass cockpit aircraft.

    GA-FDM (http://www.ga-fdm.com), a leading provider of Flight Data Monitoring solutions, will immediately begin offering the Alakai system to AS350 operators worldwide. GA-FDM analyzes the volume of data produced from each flight to help operators identify accident pre-cursors, reduce risks, enhance training, and reduce operating costs. Detailed FDM reports highlight aircraft and pilot performance, guided by expert suggestions for preventive and corrective measures. Customers experience significant operational savings, including reduced fuel and maintenance costs, safety improvements, enhanced training, and lower insurance costs.

    “We are excited to begin operational use in the AS350 fleet,” said Scott Meacham, co-founder of GA-FDM. “Alakai’s equipment makes comprehensive FDM programs affordable for single or small operators as well as large fleet customers, and allows operators to use objective data, information and knowledge to manage risk and assure continual safety improvements in their operations. Flight Data Monitoring is a critical component of every predictive and efficient Safety Management System.”

    About Alakai Technologies
    Alakai Technologies is a Hopkinton, Massachusetts-based corporation that develops, manufactures, integrates and certifies products that improve aircraft safety. Additional information can be found at http://www.alakai1.com.

    The Alakai system provides the most affordable, flexible FDM solutions for real-time analysis of engine, flight and aircraft motion parameters. The system includes a Web-enabled Digital Flight Data System with built-in engine and aircraft monitoring, embedded Inertial Measurement Unit (IMU) and accelerometers, flight analysis, and automatic wireless transfer for uploads over the Internet, and is capable of recording over 180 aircraft parameters depending upon avionics configuration. At the conclusion of each flight, the system sends synopsis emails to users, and automatically uploads flight and analysis results to Alakai’s servers, where experts review flights, analyze reports, and provide safety feedback to operators. The system also helps operators meet or exceed the recommendations called for in the FAA’s recent Notice of Proposed Rulemaking (NPRM) for EMS helicopters.

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    Door Locks Out Air India Captain


    On May 13/14, 2013 the cockpit door of one of Air India’s planes locked the captain out while he was using the toilet. The co-pilot and trainee pilot had to land the plane in Bhopal for ground maintenance engineers to fix the problem.

    On May 13, the flight took off from Delhi for Bangalore.

    Air India’s official statement was that the captain couldn’t return to the cockpit because the door was locked and that all efforts to open it, even from inside, failed during Tuesday’s flight from New Delhi to the southern Indian city of Bangalore.

    The airline claims that no one was endangered during the “unscheduled landing.” No doubt the passengers watching the pilot attempting–and failing–to open the cockpit door would disagree. Apparently there was some degree of panic among the passengers. This is just one in a long series of air safety issues from Air India.

    After the plane landed at 5.55pm, ground maintenance engineers did fix the door. The flight continued to Bangalore at 8.45 pm, and made a safe landing at at 8.45 pm.

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