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NTSB Issues 5 Alerts

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    About Close Calls

    After making note of the Oct 31 near miss in Oslo, I remembered this 100 foot close call of two Boeing 747’s over Scotland. This occurred in late June, when a Lufthansa pilot was climbing, and a British Airways flight were 24.3nm apart on converging courses. A STCA (Short Germ Conflict Alert)

    The Oslo near miss could have been prevented if the repetition protocol have been observed.

    The Scotland near miss had two planes
    (DLH418 Lufthansa Boeing 747-830, D-ABYC Frankfurt (FRA) – Washington Dulles International Airport (IAD))

    and

    (BAW87 British Airways Boeing 747-436, G-BNLM London-Heathrow (LHR) – Vancouver (YVR))

    on a collision course 100 feet Vertical/3.9 nm Horizontal and 1100 feet Vertical/2.8nm from impact. The study of the event concluded that actions of both the pilots and the controller contributed but that the pilots avoiding ATC instructions caused the proximity issue.

    The added pressure of reporting incidents such as these should help pilots and air traffic control to avoid similar events in the future. It will do so ONLY if adequate attention is paid to the mistakes, if alternative/better responses are deter mend, if the resulting studies are closely attended, and if protocol is adjusted to reduce the possibility of such problems re-occurring. On some level, the protocol worked, because these incidents were not collisions. However, they were closer than they should be. All I can say about this event is that it is a good thing that mistakes are reported.

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    DETERIORATED PARTS ALLOWED FLUTTER WHICH LED TO FATAL CRASH AT 2011 RENO AIR RACES


    August 27, 2012
    WASHINGTON – The National Transportation Safety Board determined today that deteriorated locknut inserts found in the highly modified North American P-51D airplane that crashed during the 2011 National Championship Air Races in Reno, Nevada, allowed the trim tab attachment screws to become loose, and even initiated fatigue cracking in one screw. This condition, which resulted in reduced stiffness in the elevator trim system, ultimately led to aerodynamic flutter at racing speed that broke the trim tab linkages, resulting in a loss of controllability and the eventual crash.

    On September 16, 2011, as the experimental single-seat P-51D airplane “The Galloping Ghost,” traveling about 445 knots, or 512 mph, in the third lap of the six-lap race, passed pylon 8, it experienced a left-roll upset and high-G pitch up. During the upset sequence, the airplane’s vertical acceleration peaked at 17.3 G, causing incapacitation of the pilot. Seconds later, a section of the left elevator trim tab separated in flight. The airplane descended and impacted the ramp in the spectator box seating area, killing the pilot and 10 spectators and injuring more than 60 others.

    “In Reno, the fine line between observing risk and being impacted by the consequences when something goes wrong was crossed,” said NTSB Chairman Deborah A. P. Hersman. “The pilots understood the risks they assumed; the spectators assumed their safety had been assessed and addressed.”

    Contributing to the accident were the undocumented and untested major modifications made to the airplane, as well as the pilot’s operation of the airplane in the unique air racing environment without adequate flight testing.

    The nearly 70-year-old airplane had undergone numerous undocumented modifications. The modifications, designed to increase speed, included shortening of the wings, installation of a boil-off cooling system for the engine, increasing the elevator counterweights, modification of the pitch trim system, and changing the incidence of the horizontal and vertical stabilizers.

    Although the Federal Aviation Administration required that a flight standards district office be notified in writing of any major changes made to The Galloping Ghost before it could be flown, investigators could find no records that such notifications were made except for the installation of the boil-off cooling system. The undocumented major modifications were identified through wreckage examinations, photographic evidence, and interviews with ground crewmembers.

    In April, while the investigation was ongoing and after the NTSB’s investigative hearing in January on air race and air show safety, the NTSB issued 10 safety recommendations to the Reno Air Racing Association, the National Air racing Group Unlimited Division, and the FAA. These recommendations addressed:

    • requiring engineering evaluations for aircraft with major modifications;
    • raising the level of safety for spectators and personnel near the race course;
    • improving FAA guidance for air race and course design;
    • providing race pilots with high-G training and evaluating the feasibility of G-suit requirements for race pilots; and
    • tracking the resolution of race aircraft discrepancies identified during prerace technical inspections.

    Although no additional safety recommendations were issued today, the Board reclassified nine existing recommendations as described below:

    • Eligibility Requirements for Aircraft with Major Modifications – recommendations A 12 9 and A-12-13 classified “Open—Acceptable Response”
    • Prerace Technical Inspection Discrepancy Tracking – recommendation A 12 10, classified “Closed—Acceptable Action”
    • Spectator Safety – recommendations A 12 14 and 15, classified “Closed—Acceptable Action”
    • High G Training, G-Suit Feasibility for Pilots – recommendations A 12 11, -12, -16, and -17, classified “Closed—Acceptable Action”

    A tenth safety recommendation, issued to the FAA, which addressed air race and course design guidance was reclassified as “Open—Acceptable Response” on July 25, 2012.

    “It’s good news for the air races that so many of our recommendations have been addressed,” said Chairman Hersman. “We will continue to push for the full implementation of all of our safety recommendations.”

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    ICAO’s Dangerous Goods Panel Proposes Ban on Lithium Batteries in Passenger Planes

    ICAOA recent meeting of the International Civil Aviation Organization’s Dangerous Goods Panel (DGP), held in Montreal, discussed the proposal for banning lithium batteries as cargo in passenger air crafts.

    According to the meeting report, the DGP agreed to prohibit lithium batteries in cargo, except those which are packed or contained in some equipment or are kept in the aircraft cabin by the passengers. The panel further proposed Jan. 1, 2015 as the effective date for start of prohibition.

    The DGPs decision will be presented for final approval.from the Air Navigation Commission (ANC) in late April,

    The report states that “the ANC may adopt the DGP’s decision but has within its prerogative, the option of amending/extending it…..The actual text of the decision, including associated consequential amendments, can be expected towards the end of May.”

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  • Changes Mandated for Indian Pilots

    Indian pilots can be looking forward to better hours. The Indian Pilots Guild, the Indian Commercial Pilot Association, the Society for Welfare of Pilots ( Jet Airways) and the Federation of Indian Pilots sent the (Indian) government a list of suggestions to minimise pilot error due to fatigue.

    Collisions and near collisions are attributed to long hours, unreasonable work scheduling and pilot fatigue.

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    The FAA Adjusting Separation

    The 787 Dreamliner and the new 747-8 will have adjusted separation distances, according to the FAA which is adjusting the recent separation guidelines.

    The FAA is gathering data on Boeing’s flight-test flights to determine the minimum spacing between the Boeing jets and planes following behind. The original document which has been rescinded— has incorrect data about the weights of the 787 Dreamliner and the new 747-8. The final standard has yet to be announced.

    For more information check the briefing guide

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  • Press Release – FAA Certifies Santa’s NextGen-Equipped Sleigh for Christmas Eve

    For Immediate Release
    December 20, 2010
    Contact: FAA Press Office
    Phone: 202-267-3883

    WASHINGTON – Federal Aviation Administration (FAA) safety inspectors at the North Pole certified Santa One, the reindeer-powered sleigh piloted by Santa Claus, for its Christmas Eve round-the-world delivery mission.

    Santa One, led by Rudolph the Red-Nosed Reindeer, is outfitted with new satellite-based NextGen technology, which will allow Santa to deliver more toys to more children with improved safety and efficiency.

    “Children around the world will get their gifts on time, regardless of the weather, thanks to NextGen,” said U.S. Transportation Secretary Ray LaHood. “We’re proud to say NextGen is bringing Santa Claus to town.”

    Rudolph’s red nose has been outfitted with avionics that will broadcast Santa One’s position via satellites to air traffic controllers around the world with improved accuracy, integrity and reliability.

    “Santa’s cockpit display will help improve his situational awareness by showing him and his reindeer flight crew their precise location in relation to other aircraft, bad weather and terrain,” said FAA Administrator Randy Babbitt. “NextGen will help make this an extra-safe Christmas Eve.”

    The sleigh’s onboard systems have been upgraded with state-of-the-art, NextGen technology that will allow Santa One to maintain cruising altitude for as long as possible before making a continuous descent into cities and towns around the world. While maneuvering on rooftops, an advanced, onboard runway safety system will help reduce the risk of incursions between the sleigh and chimneys.

    Santa’s reindeer-powered sleigh is already energy-efficient, but the NextGen technologies will further reduce Santa One’s carbon hoofprint. The shorter, faster routings means that Rudolph and the other reindeer will consume less hay, resulting in fewer greenhouse gases.

    Unlike any other pilot, Santa has special permission from the FAA to fly thousands of domestic and international short-haul and long-range flights in one night. In keeping with the FAA’s science-based proposal to give pilots more rest, Santa will arrange his flight plan based on his circadian rhythm. Mrs. Claus also assured FAA safety inspectors that she’ll make sure he gets plenty of rest before the flight on Christmas Eve.

    Follow Santa’s progress on Christmas Eve at the NORAD Tracks Santa website: www.noradsanta.org

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