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FOR IMMEDIATE RELEASE: Yemenia Air Under Scrutiny by Investigative Team

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    Boeing Forms Commercial Satellite Services Group to Sell Satellite Capacity

    EL SEGUNDO, Calif., Feb. 22, 2011 — Boeing [NYSE: BA] announced today that it has established Boeing Commercial Satellite Services to market commercial satellite telecommunications services to the U.S. government and other satellite users. Headquartered in El Segundo, the group is a part of Boeing Space & Intelligence Systems.
    “Boeing has received orders for five hosted payloads in the past 18 months,” said Craig Cooning, CEO of Boeing Satellite Systems International and vice president and general manager of Boeing Space & Intelligence Systems. “The market response to hosted payloads as a creative solution to limited military bandwidth availability has been extremely positive, and we believe that the Boeing Commercial Satellite Services unit will perform a valuable service both for the military and for commercial users of satellite services to meet mission needs.”

    Hosted payloads represent an important move Boeing is making to respond to the global demand for more communications bandwidth. Hosted payloads can be designed in a variety of configurations based on customer needs and can be a more affordable and timely option than procuring a complete satellite. A commercial satellite carrying a hosted payload can generally be delivered in less than three years.

    Boeing Commercial Satellite Services will work with the owners of satellite systems to market available bandwidth on active systems as well as to include hosted payloads on their future spacecraft. The new division will market the payloads to prospective customers in cooperation with the host satellites’ owners.

    “The demand for satellite communications continues to be greater than the supply, and in 2010 we entered into an agreement with Inmarsat to assist them in leasing Ka-band services to the U.S. government and others,” said Cooning. “This business model can be applied to a commercial satellite operator interested in leasing service to governments.”
    Boeing’s history of hosted payloads dates back to 1993, when the company helped the U.S. Navy upgrade its ultra-high frequency (UHF) satellite communications system by augmenting several vehicles to host an extremely high frequency (EHF) payload as well as the first military Ka-band payload, which has provided Global Broadcast Service capabilities since 1998. Boeing has also built L-band, X-band and Ka-band hosted payloads that have served foreign governments through spacecraft owned by commercial satellite operators.

    In July 2009, Boeing announced a four-satellite contract from Intelsat; two of these satellites incorporate hosted payloads in the UHF band. In August 2010, Inmarsat ordered three Boeing 702HP satellites, each of which will carry a hosted payload operating in the Ka-band. Boeing also is pursuing opportunities to expand this concept to cover other types of communications capacity.

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    Emirates Plane Makes Emergency Landing at Heathrow Airport

    Emirates Airlines flight EK-18 made an emergency landing at Heathrow Airport, London, England, on March 12th.

    The Airbus A380-800 plane flying from Manchester, England, to Dubai, United Arab Emirates, was diverted after the crew failed to retract landing gear.

    The plane landed safely. Everyone aboard remained unharmed.

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    Boeing and United Airlines Finalize

    United to expand international service with fuel-efficient Dreamliner
    Boeing (NYSE: BA) and United Airlines (Nasdaq: UAUA) have finalized an order for 25 787-8 jetliners. The agreement includes the opportunity to purchase another 50 Dreamliners.

    “Boeing and United Airlines share an 80-year partnership,” said Jim Albaugh, president and CEO of Boeing Commercial Airplanes. “United, which launched the Boeing 777, now begins a new chapter with the 787 Dreamliner, the most technologically advanced commercial jetliner ever built.”

    The order is valued at $4.2 billion at average list prices.

    “United’s Boeing 787 order represents a substantial investment in our future and will enhance the significant progress we are making in improving the global competitiveness of our company while providing the opportunity to open new profitable markets and serve a broader range of international destinations,” said John Tague, president of United Airlines.

    United expects to take delivery of the 787s at the same time it will begin to retire its Boeing 747s and 767s operating on international routes.

    The 787 Dreamliner, currently in flight test, will provide greater fuel efficiency, allowing airlines to add new, nonstop city pairs and the additional frequencies that passengers prefer.

    The 787 also promises a more comfortable flying experience for passengers. Its innovations include a new interior environment with improvements in air filtration, higher cabin pressurization resulting in reduced physical fatigue, larger windows, more stowage space, improved lighting and other passenger-preferred conveniences.

    The technologically advanced 787 will also provide airlines with up to 45 percent more cargo revenue capacity

    Including United Airlines, 57 customers around the world have ordered 876 Dreamliners, making the 787 the fastest-selling new commercial jetliner in history.

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    Cathay Pacific Plane Diverts to Indonesia due to Engine Shut Down

    Cathay PacificCathay Pacific flight CX-170 had to divert and make an emergency landing in Bali, Indonesia, on September 25.

    The Airbus A330-300, flying from Perth, Australia, to Hong Kong, China, diverted after its right engine started emitting flames and sparks, causing vibration. The crew decided to shut the engine down for a safe landing.

    The plane landed uneventfully.

    All 254 passengers and 13 crew members remained safe.

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    South African Airways Flight Rejects Takeoff From Munich

    South African Airways flight SA-265 had to reject takeoff from Munich, Germany, on December 13th.

    The Airbus A340-300 plane was accelerating to take off for Johannesburg, South Africa, when the crew rejected takeoff due to indication of an engine problem.

    The plane safely returned to the apron.

    Everyone aboard remained unharmed.

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    NTSB ISSUES RECOMMENDATIONS DEALING WITH EMERGENCY LOCATOR TRANSMITTERS IN GENERAL AVIATION AIRCRAFT FOLLOWING CRASH INVOLVING SENATOR STEVENS

    National Transportation Safety Board
    Washington, DC 20594

    FOR IMMEDIATE RELEASE: January 5, 2011

    Washington, DC – The National Transportation Safety Board
    today issued two safety recommendations to the Federal
    Aviation Administration requiring a detailed inspection of
    all emergency locator transmitters (ELT) installed on
    general aviation aircraft to ensure that their mountings
    maintain their retention capabilities during an accident
    sequence.

    An ELT is designed to broadcast a signal through an
    externally mounted antenna that contains the aircraft’s
    registration information and the global positioning system
    coordinates of the original signal. Also, the “homing
    signal” can be detected locally by other aircraft, air
    traffic control facilities, or rescue personnel who use a
    compatible receiver.

    “In this case, the airplane was equipped with a functioning
    406 megahertz ELT, which can be a tremendous aid to search
    and rescue operations,” said NTSB Chairman Deborah A.P.
    Hersman. “But this vital life-saving technology won’t do
    anyone any good if it doesn’t stay connected to the
    antenna.”

    On August 9, 2010, a de Havilland turbine Otter airplane
    crashed in mountainous tree-covered terrain approximately 10
    miles from Aleknagik, Alaska. Nearly five hours after the
    crash, volunteer airborne search personnel located the
    aircraft approximately 19 miles from where the flight
    originated. The pilot and four passengers, including former
    U.S. Senator Ted Stevens, sustained fatal injuries. The
    other four passengers were seriously injured.

    Aircraft involved in the search and rescue efforts and
    satellites did not detect any ELT signals. Following the
    discovery of the airplane, a pararescuer found the ELT loose
    on the floor of the airplane. The ELT had activated but had
    separated from its mounting bracket and antenna.

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