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#11
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A woman I work with is very good friends with the pilot of the aircraft
that ended up in the water. What basically happened is that the 182 ran over this aircraft, tearing the vertical tail off the aircraft. He said next thing I know I am spinning. Every rotation of the spin makes a bigger and bigger arc in the sky due to his inputs. Finally he can basically get it right side up and with power and aileron he stalls it into the water. Plane floats a while before sinking. After he gets his wife out of the plane he notices missing tail. Both spend minimal time at hospital. Meanwhile 182 jockey is all over the news saying..."That other aircraft came out of nowhere." NTSB will most likely fault both pilots for not seeing and avoiding. Gatt wrote: http://www.katu.com/news/11655946.html TACOMA, Wash. -- Two small planes have collided over Tacoma and one of them with two people on board crashed into Commencement Bay near Tacoma. Federal Aviation Administration spokesman Allen Kenitzer says the other plane with two people on board landed at Thun Field in Puyallup. A Tacoma police boat and a privately-owned boat picked up the two people from the bay and took them to shore. Both people from the plane were loaded into a waiting ambulance and transported to a hospital, but a Tacoma Fire Department spokesman said both were expected to survive. Officials at Thun Field said the aircraft there landed with "minimal damage" and no one on board was seriously injured. The circumstances of the crash were not immediately known. |
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On Nov 20, 8:13 pm, "Gatt" wrote:
"Jim Logajan" wrote in message .. . Here's a more recent story: http://seattlepi.nwsource.com/local/...collision.html "The pilot of the single-engine Cessna that ditched in Commencement Bay flew out of a downward spiral and made a soft landing on the water." That guy's a stallion. Mid-air collision, downward spiral recovery and ditching. That's a lot of action for a log-book entry. "How did your flight go, dear?" -c I suppose he wanted to impress his 70 yo passenger mom. Wil |
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On Nov 21, 11:25 pm, Newps wrote:
A woman I work with is very good friends with the pilot of the aircraft that ended up in the water. What basically happened is that the 182 ran over this aircraft, tearing the vertical tail off the aircraft. He said next thing I know I am spinning. Every rotation of the spin makes a bigger and bigger arc in the sky due to his inputs. Finally he can basically get it right side up and with power and aileron he stalls it into the water. Plane floats a while before sinking. After he gets his wife out of the plane he notices missing tail. Both spend minimal time at hospital. Meanwhile 182 jockey is all over the news saying..."That other aircraft came out of nowhere." NTSB will most likely fault both pilots for not seeing and avoiding. Gatt wrote: http://www.katu.com/news/11655946.html TACOMA, Wash. -- Two small planes have collided over Tacoma and one of them with two people on board crashed into Commencement Bay near Tacoma. Federal Aviation Administration spokesman Allen Kenitzer says the other plane with two people on board landed at Thun Field in Puyallup. A Tacoma police boat and a privately-owned boat picked up the two people from the bay and took them to shore. Both people from the plane were loaded into a waiting ambulance and transported to a hospital, but a Tacoma Fire Department spokesman said both were expected to survive. Officials at Thun Field said the aircraft there landed with "minimal damage" and no one on board was seriously injured. The circumstances of the crash were not immediately known.- Hide quoted text - - Show quoted text - Wife? I read it was his 70 yo mother. On a side note, this have been avoided if one or both of these planes were low winged planes? What are the visibilitiy issues with high vs low winged planes? Wil |
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On 2007-11-21 20:25:12 -0800, Newps said:
A woman I work with is very good friends with the pilot of the aircraft that ended up in the water. What basically happened is that the 182 ran over this aircraft, tearing the vertical tail off the aircraft. He said next thing I know I am spinning. Every rotation of the spin makes a bigger and bigger arc in the sky due to his inputs. Finally he can basically get it right side up and with power and aileron he stalls it into the water. Plane floats a while before sinking. After he gets his wife out of the plane he notices missing tail. Both spend minimal time at hospital. Meanwhile 182 jockey is all over the news saying..."That other aircraft came out of nowhere." NTSB will most likely fault both pilots for not seeing and avoiding. Yeah, we wouldn't want the NTSB faulting the real culprit there, would we? This area has been a chamber of horrors for a long time. Near misses are very common there. The FAA has so balkanized the airspace that air safety has been severely compromised, just as the AOPA predicted when the current airspace arrangement was proposed decades ago. What you have is a bunch of airplanes traveling a narrow corridor through a bunch of class D airspace areas while remaining under a low class B ceiling. Sure, you could call up Tacoma Narrows, and McChord, or SeaTac, or Boeing Field, or Fort Lewis, or Renton, and transit their airspace, but doing so requires you to be constantly looking up the proper radio frequency from a whole list of different ATC frequencies and figuring out which one is appropriate to use for your location and direction of flight, all the while trying to fly the airplane and see and avoid other aircraft. Some pilots have made little lists of all the frequencies needed in the area, but these lists always seem to be missing one critical frequency or another. So everyone drops down to 1000' and tries to navigate a narrow corridor that runs through a maze of radio towers and along the freeway, trying to get from one side of Seattle to the other without talking to anybody. Aggravating the situation is that all these towers are busy and they do not necessarily reply very quickly to aircraft trying to contact them, so trying to avoid the crowded I-5 corridor quickly becomes an exercise in frustration. It is not at all uncommon for SeaTac to make you wait 20 minutes or more before transiting the class B airspace. I have seen aircraft circling over Vashon Island for ten minutes or more as they wait for Boeing Field to respond to their calls -- another good place for mid-airs while everyone waits their turn. Aircraft transiting Tacoma Narrows' airspace are usually restricted to 1500 feet, just 200 feet above the traffic pattern, and they often have to switch frequencies between SeaTac, McChord, Seattle Approach, and Tacoma Tower. It is not always clear who you are supposed to be talking to, either. You might be in Tacoma's airspace, but they might have you call SeaTac or Approach, claiming that they have some sort of LOA giving them control of their airspace, or vice versa. So the FAA has basically created a huge wall, 40 miles long and 10,000 feet high, that is inaccessible to GA, but the wall has a tiny hole in it. And then they wonder why there are so many incidents there at that hole. It is like cramming a sixteen lane freeway down to a single lane and then blaming "bad drivers" for all the accidents and congestion there. But then again, Washington's Department of Transportation is entirely capable of pulling stunts like that, so maybe they are not so different from the FAA after all. The FAA's attempts to make us safe have ended up endangering thousands of people every day. So, yeah, blame the pilots. -- Waddling Eagle World Famous Flight Instructor |
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On Thu, 22 Nov 2007 07:04:47 -0800, C J Campbell
wrote in 2007112207044775249-christophercampbell@hotmailcom: What you have is a bunch of airplanes traveling a narrow corridor through a bunch of class D airspace areas while remaining under a low class B ceiling. Sure, you could call up Tacoma Narrows, and McChord, or SeaTac, or Boeing Field, or Fort Lewis, or Renton, and transit their airspace, but doing so requires you to be constantly looking up the proper radio frequency from a whole list of different ATC frequencies and figuring out which one is appropriate to use for your location and direction of flight, all the while trying to fly the airplane and see and avoid other aircraft. Or you could request Radar Traffic Advisory Service, and let ATC coordinate the transitions. |
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C J Campbell writes:
Yeah, we wouldn't want the NTSB faulting the real culprit there, would we? This area has been a chamber of horrors for a long time. Near misses are very common there. The FAA has so balkanized the airspace that air safety has been severely compromised, just as the AOPA predicted when the current airspace arrangement was proposed decades ago. What you have is a bunch of airplanes traveling a narrow corridor through a bunch of class D airspace areas while remaining under a low class B ceiling. Sure, you could call up Tacoma Narrows, and McChord, or SeaTac, or Boeing Field, or Fort Lewis, or Renton, and transit their airspace, but doing so requires you to be constantly looking up the proper radio frequency from a whole list of different ATC frequencies and figuring out which one is appropriate to use for your location and direction of flight, all the while trying to fly the airplane and see and avoid other aircraft. Some pilots have made little lists of all the frequencies needed in the area, but these lists always seem to be missing one critical frequency or another. So everyone drops down to 1000' and tries to navigate a narrow corridor that runs through a maze of radio towers and along the freeway, trying to get from one side of Seattle to the other without talking to anybody. It sounds like a mess, but why can't you just contact one frequency and request flight following? Or for that matter, why can't you just fly IFR? Or just fly around the complex airspace to the extent possible. |
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Mxsmanic wrote in
: C J Campbell writes: Yeah, we wouldn't want the NTSB faulting the real culprit there, would we? This area has been a chamber of horrors for a long time. Near misses are very common there. The FAA has so balkanized the airspace that air safety has been severely compromised, just as the AOPA predicted when the current airspace arrangement was proposed decades ago. What you have is a bunch of airplanes traveling a narrow corridor through a bunch of class D airspace areas while remaining under a low class B ceiling. Sure, you could call up Tacoma Narrows, and McChord, or SeaTac, or Boeing Field, or Fort Lewis, or Renton, and transit their airspace, but doing so requires you to be constantly looking up the proper radio frequency from a whole list of different ATC frequencies and figuring out which one is appropriate to use for your location and direction of flight, all the while trying to fly the airplane and see and avoid other aircraft. Some pilots have made little lists of all the frequencies needed in the area, but these lists always seem to be missing one critical frequency or another. So everyone drops down to 1000' and tries to navigate a narrow corridor that runs through a maze of radio towers and along the freeway, trying to get from one side of Seattle to the other without talking to anybody. It sounds like a mess, but why can't you just contact one frequency and request flight following? Or for that matter, why can't you just fly IFR? Or just fly around the complex airspace to the extent possible. You're an idiot. Bertie |
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On Thu, 22 Nov 2007 21:51:32 +0100, Mxsmanic wrote:
It sounds like a mess, but why can't you just contact one frequency and request flight following? Because they can't see the sailboats, whales, etc. I'm looking at/for. Besides, note the earlier posting that says it takes ~15 minutes or so for the local ATC to deign to notice anyone who calls up in that area. Or for that matter, why can't you just fly IFR? Neither the plane nor myself are IFR certified, and in any case, it doesn't make sense for a 45-minute sightseeing flight. Puget Sound is great in that contact navigation is very easy due to the distinctive terrain, and if the weather's VFR, everyone's going VFR. It's one of the curses of Commencement Bay, it's such a distinctive feature that everyone routes through it. Or just fly around the complex airspace to the extent possible. Take a look at the south end of the Sea-Tac Class B airspace. Eliminate the gap in the Class B/D airspaces where Commencement Bay is, and imagine flying from Auburn Municipal to Vashon Municipal. Either I have to fly ~25 miles north to go around the north end of the Class B, or I've got to fly south of the Class D airspaces for Tacoma Narrows, McChord AFB, Ft. Lewis AAF, and Olympia airport. Not an insignificant jog in a ~80 knots airplane. I once flew as passenger in a plane that departed Renton Airport IFR to fly south. I couldn't believe how far around ATC routed us. Ron Wanttaja |
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Ron Wanttaja writes:
Because they can't see the sailboats, whales, etc. I'm looking at/for. I was just thinking that with flight following you'd only have to tune to one frequency and then ATC would hand you off thereafter (?). Besides, note the earlier posting that says it takes ~15 minutes or so for the local ATC to deign to notice anyone who calls up in that area. They don't answer at all, or they tell you to stand by, or what? Fifteen minutes is an unacceptably long time. Take a look at the south end of the Sea-Tac Class B airspace. Eliminate the gap in the Class B/D airspaces where Commencement Bay is, and imagine flying from Auburn Municipal to Vashon Municipal. Either I have to fly ~25 miles north to go around the north end of the Class B, or I've got to fly south of the Class D airspaces for Tacoma Narrows, McChord AFB, Ft. Lewis AAF, and Olympia airport. Not an insignificant jog in a ~80 knots airplane. I see your point. Presumably, though, the airspace configuration is a function of the airports in the area. What changes could you make to improve the situation without moving any of the airports? |
#20
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Mxsmanic wrote in
: Ron Wanttaja writes: Because they can't see the sailboats, whales, etc. I'm looking at/for. I was just thinking No, yuo weren't Bertie |
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