A Turkish Airlines Istanbul-Athens Boeing 737-800 made an emergency landing on July 5 after a bid strike.
After takeoff from Ataturk International Airport at 7:40, the plane hit a flock of birds.
The pilot returned to the airport and made a safe landing with damaged engine baffles.
Passengers disembarked and were provided an alternative flight.
All Nippon Airways flight NH-924 had to return and make an emergency landing in Guangzhou, China, on November 2nd.
The Boeing 767-300 plane took off for Tokyo, Japan, but had to turn back after mist appeared in the cockpit and the cabin.
The plane landed safely. There were one hundred and sixty-three passengers and ten crew members aboard at the time; all of them remained unharmed.
What: American Airlines en route from Chicago to Dallas
Where: Dallas/Fort Worth International Airport
When: Wednesday, August 12, 2009
Why: When the crew experienced engine failure, they declared an emergency and returned to Dallas/Fort Worth International Airport for a safe landing.
George’s Point of View
Last Friday, two other flights — one coming from D/FW and the other from West Palm Beach — were forced to land due to engine problems, making this incident a third incident in the recent rash of engine failures (FAA records show 23 this year alone, in older MD-80 model jets), a failure that is attributed in general to financial cutbacks in aviation. American Airlines has bought dozens of 737-800s in 2009, which we hope will address the problem of aging planes.
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Contact photographer Andrew Bowden
What: All Nippon Airways Boeing 737-700 en route from Okinawa to Tokyo Haneda
Where: Hamamatsu
When: Sep 6th 2011
Who: 2 crew injured
Why: While en route, the co-pilot accidentally activated the rudder trim switch instead of the door mechanism.
The plane descended 6000 feet and rolled, injuring a couple of flight attendants. The first officer—2400 hours— leveled off, and was able to admit the captain who was stuck outside the cockpit, waiting to get in.
The flight continued without incident.
If there is a problem, it comes out, eventually. My pilots tell me that after there is some kind of incident, we need to keep an eye on new incidents, reports, recalls, and especially advisories, directives and safety alerts. There can always be a relationship, no matter how obscure it seems at first glance.
You know how everyone has been looking at Air France Flight 447 with a new eye, ever since examination into the Air France Flight 471 on July 22 apparently fooled the autopilot into quitting with a swift descent. And Airbus investigators looked at this event twice because you have two the same plane types doing something similar?
Well, on the surface, this Nippon incident reminds me of Ethiopia Flight 409. It only reminds me because I saw a line drawing of the route of the plane as it spiraled out of control. It also was a 737.
I’m not calling the situation identical. Certainly if one of the pilots were locked out on a bathroom break—not that a pilot would do this on takeoff!—it would turn up on the voice recorder.
What if on Ethiopia Flight 409, someone had needed admission into the cabin?
It just makes me wonder if it is possible that the cabin crew accidentally activated the rudder trim switch. The Ethiopian Airlines plane had just taken off; it would not have been high enough to drop 6000 feet before recovery.
I know this thought is right out of the blue, and probably has no basis in anything but my wild imagination, but I am told by my pilots that although the switches are dissimilar, the door unlock switch is right next to the rudder trim. So, is it possible the trim switch could have been inappropriately engaged by accident on Flight 409?
Some airlines rectify this by requiring a third party to open the door if someone leaves the cockpit, but I have to wonder if this could be a design problem.
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.
Kalitta Air flight K4-248 made an emergency landing in Leipzig, Germany, on June 14th.
The Boeing 747-400 plane flying from Delhi, India, was on final approach to Leipzig when the crew reported a flaps problem and went around.
The plane subsequently landed safely on second approach.
Everyone aboard remained unharmed.
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Contact photographer Jjss
What: Delta Airlines Boeing 747-400 en route from Manila to Nagoya
Where: Manila
When: Dec 19th 2010
Who: 300+ passengers and crew
Why: After taking off for Detroit, the plane developed technical problems and the pilot returned to Manila where it made a safe landing with airport’s medical and Fire and Rescue teams on standby.
After being in the air less than an hour, the pilot returned to land at Ninoy Aquino International Airport.
There were no injuries, but passengers complained of waiting long hours for travel solutions to being stranded. The exact nature of the technical problem of the plane was not released.
