Double Decker Bus Crash VE-Day
Double Decker Bus Crash VE-Day
Aviation Comments Off
Jun 092011
Jun 082010
Courtesy: Red Bull http://www.redbullairrace.com
WINDSOR, Ontario – Australia’s Matt Hall had a scare during the first Qualifying session at the Red Bull Air Race in Windsor on Saturday when his plane touched the surface of the Detroit River but the former RAAF pilot quickly recovered and returned safely to Race Airport.
Hall was challenging for the lead in the first of two Qualifying sessions when he suffered an aerodynamic wing stall. His left wing skimmed the surface of the river that separates the United States and Canada. His right wheel cover hit the water as well but Hall was quickly able to regain control of his MXS-R aircraft and climb up away into the sky.
“I felt I was having a fairly good run,” Hall said. “I might have skipped twice on the water. It’s a very disappointing result for me. It’s the motor racing equivalent of touching the wall.”
Hall, who fought combat missions with the U.S. Air Force in Iraq, was confident his plane could be repaired in time for Qualifying 2 an hour later. He is hoping to get his third career podium in Windsor and has been in the top three in most training sessions this week.
“The plane is damaged but will be recoverable,” Hall said. “Our game plan is to get some rest for now. It will hit me harder in a few hours time. Everyone in aviation has been in some fairly tight situations before. I’ve been in tight situations before. I’m disappointed in myself for putting myself in that situation. We’re okay but we’ll move on from that. Everything’s fine.”
Hall’s plane was inspected in the air after his safety climb out by Nigel Lamb, another pilot who was flying in a holding pattern. Lamb said the damage all appeared to be superficial. Hall then landed safely back at the Race Airport in Windsor.
“The main damage is on the right aileron,” Hall said. “I think the plane is not that badly damaged. It is going to be a matter of replacing parts.”
Hall has two podiums in his career, including a second place finish in his home race in Perth, Australia in April. He joined the race in 2009 and became the most successful rookie in race history last year when he took third place overall. Hall is in fourth place so far this year.
May 052010
http://airboyd.tv
Courtesy: NTSB – Aircraft Accident Report – Loss of Thrust in Both Engines After Encountering a Flock of Birds and Subsequent Ditching on the Hudson River, US Airways Flight 1549, Airbus A320-214, N106US, Weehawken, New Jersey, January 15, 2009.
A synopsis of the Board’s report, including the probable cause, conclusions, and recommendations, is available on the NTSB’s website, at http://www.ntsb.gov/Publictn/2010/AAR1003.htm.
CREW ACTIONS AND SAFETY EQUIPMENT CREDITED WITH SAVING LIVES IN US AIRWAYS 1549 HUDSON RIVER DITCHING, NTSB SAYS
Washington, DC – In addition to the decisions and actions of the flight crewmembers, overwater safety equipment likely saved lives that might have otherwise been lost to drowning, the NTSB said.
Today the Safety Board met to conclude its 15-month investigation into the January 15, 2009, accident in which a US Airways A320 jetliner bound for Charlotte was ditched into the Hudson River after striking a flock of Canada geese shortly after departing New Yorks LaGuardia Airport. All of the 150 passengers and five crewmembers survived.
Investigators said that had the airplane not been equipped with forward slide/rafts, many of the 64 occupants of those rafts would likely have been submerged in the 41-degree Hudson River, potentially causing a phenomenon called cold shock, which can lead to drowning in as little as five minutes.
The accident flight had the additional safety equipment available only because the particular aircraft operated that day happened to be certified for extended overwater (EOW) operations even though current FAA regulations did not require the flight from New York to Charlotte to be so equipped.
Good visibility, calm waters, and proximity of passenger ferries, which rescued everyone on flight 1549 within 20 minutes, were other post-accident factors the Safety Board credited with the survival of all aboard the aircraft.
Once the birds and the airplane collided and the accident became inevitable, so many things went right, said NTSB Chairman Deborah A.P. Hersman. This is a great example of the professionalism of the crewmembers, air traffic controllers and emergency responders who all played a role in preserving the safety of everyone aboard.
The Safety Board said that the probable cause of the accident was the ingestion of large birds into each engine, resulting in an almost total loss of engine power. Contributing to the severity of the fuselage damage and resulting unavailability of the aft slide/rafts, the Board cited the FAAs inadequate ditching certification standards, lack of industry training on ditching techniques, and the captains resulting difficulty maintaining his intended airspeed on final approach due to task saturation resulting from the emergency situation.
The report adopted by the Safety Board today validated the Captains decision to ditch into the Hudson River saying that it provided the highest probability that the accident would be survivable. Contributing to the survivability of the accident was the crew resource management between the captain and first officer, which allowed them to maintain control of the airplane, increasing the survivability of the impact with the water.
In addressing the hazards that birds pose to aircraft of all sizes, the report noted that most bird strike events occur within 500 feet of the ground while flight 1549 struck geese at 2700 feet. Investigators said that this difference demonstrates that bird strike hazards to commercial aircraft are not limited to any predictable scenario.
Concluding that engine screens or changes to design would not be a viable solution to protect against bird ingestion events on commercial jetliners, the Board made it clear that the potential for significant damage from encounters with birds remains a challenge to the aviation community.