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#2
posted to rec.boats
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On 4/19/2014 10:59 PM, Mr. Luddite wrote:
On 4/19/2014 10:49 PM, BAR wrote: In article , says... On 4/19/14, 4:45 PM, Mr. Luddite wrote: On 4/19/2014 4:32 PM, F*O*A*D wrote: On 4/19/14, 3:47 PM, Mr. Luddite wrote: On 4/19/2014 2:25 PM, F*O*A*D wrote: A $3 billion ship...with IPS drives. It ought to be good for a few laughs in the future. "The ship took about three years to complete and was perhaps the most advanced warship of its time." Oh, that's not the USS Zumwalt. It's the USS Princeton, commissioned in 1843 and the first US Naval ship to be driven by a propeller instead of sails or paddlewheels. And they call me Mr. Luddite. The Zumwalt looks as if it would roll over in heavy beam seas, but I'm sure the design was tank-tested for that. I read that the "tumblehome" design is supposed to minimize it's radar footprint, but really, a ship two thirds the length of a New Jersey class WWII battleship is going to be pretty easy to spot at sea, from the air, or from a satellite. You forget. Oceans are big. A 600+' ship is a speck from the air or space unless you know exactly where to look for it. It is said that the radar signature of the Zumwalt is about that of a small sailboat. Hi-res satellite photos aren't going to mistake a 600' target for a small sailboat. Again you show your stupidity. You have to be in the right place at the right time with the right camera and the ability to discern the anomaly on the ocean and verify it. We don't have satellites mapping every inch of the oceans at the same time. The Google Earth image that I put the 605 foot red line on has to be zoomed in to a 25 square mile grid in order to see the line. My point to Harry is you have to have an idea where to look in order to find it. The Pacific is over 61 million square miles in area. The Atlantic is over 41 million square miles. If the operators of satellites have an idea of where to scan and look, they can alter the orbits and might eventually find it and can then zoom in on it, but without any idea of where it is, it's like looking for a needle in a haystack ... or worse. The comment I heard was "it's like searching every inch of the state of Connecticut... looking through a toilet paper tube". The subs have 2-3 feet of visibility with lights down that deep at best. |
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#3
posted to rec.boats
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"Mr. Luddite" wrote:
On 4/19/2014 10:49 PM, BAR wrote: In article , says... On 4/19/14, 4:45 PM, Mr. Luddite wrote: On 4/19/2014 4:32 PM, F*O*A*D wrote: On 4/19/14, 3:47 PM, Mr. Luddite wrote: On 4/19/2014 2:25 PM, F*O*A*D wrote: A $3 billion ship...with IPS drives. It ought to be good for a few laughs in the future. "The ship took about three years to complete and was perhaps the most advanced warship of its time." Oh, that's not the USS Zumwalt. It's the USS Princeton, commissioned in 1843 and the first US Naval ship to be driven by a propeller instead of sails or paddlewheels. And they call me Mr. Luddite. The Zumwalt looks as if it would roll over in heavy beam seas, but I'm sure the design was tank-tested for that. I read that the "tumblehome" design is supposed to minimize it's radar footprint, but really, a ship two thirds the length of a New Jersey class WWII battleship is going to be pretty easy to spot at sea, from the air, or from a satellite. You forget. Oceans are big. A 600+' ship is a speck from the air or space unless you know exactly where to look for it. It is said that the radar signature of the Zumwalt is about that of a small sailboat. Hi-res satellite photos aren't going to mistake a 600' target for a small sailboat. Again you show your stupidity. You have to be in the right place at the right time with the right camera and the ability to discern the anomaly on the ocean and verify it. We don't have satellites mapping every inch of the oceans at the same time. The Google Earth image that I put the 605 foot red line on has to be zoomed in to a 25 square mile grid in order to see the line. My point to Harry is you have to have an idea where to look in order to find it. The Pacific is over 61 million square miles in area. The Atlantic is over 41 million square miles. If the operators of satellites have an idea of where to scan and look, they can alter the orbits and might eventually find it and can then zoom in on it, but without any idea of where it is, it's like looking for a needle in a haystack ... or worse. Just look how hard it has been to find the Malaysian airline. And they can limit that search to a 100000 sq mile area. |
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#4
posted to rec.boats
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On 4/22/14, 1:31 PM, Califbill wrote:
"Mr. Luddite" wrote: On 4/19/2014 10:49 PM, BAR wrote: In article , says... On 4/19/14, 4:45 PM, Mr. Luddite wrote: On 4/19/2014 4:32 PM, F*O*A*D wrote: On 4/19/14, 3:47 PM, Mr. Luddite wrote: On 4/19/2014 2:25 PM, F*O*A*D wrote: A $3 billion ship...with IPS drives. It ought to be good for a few laughs in the future. "The ship took about three years to complete and was perhaps the most advanced warship of its time." Oh, that's not the USS Zumwalt. It's the USS Princeton, commissioned in 1843 and the first US Naval ship to be driven by a propeller instead of sails or paddlewheels. And they call me Mr. Luddite. The Zumwalt looks as if it would roll over in heavy beam seas, but I'm sure the design was tank-tested for that. I read that the "tumblehome" design is supposed to minimize it's radar footprint, but really, a ship two thirds the length of a New Jersey class WWII battleship is going to be pretty easy to spot at sea, from the air, or from a satellite. You forget. Oceans are big. A 600+' ship is a speck from the air or space unless you know exactly where to look for it. It is said that the radar signature of the Zumwalt is about that of a small sailboat. Hi-res satellite photos aren't going to mistake a 600' target for a small sailboat. Again you show your stupidity. You have to be in the right place at the right time with the right camera and the ability to discern the anomaly on the ocean and verify it. We don't have satellites mapping every inch of the oceans at the same time. The Google Earth image that I put the 605 foot red line on has to be zoomed in to a 25 square mile grid in order to see the line. My point to Harry is you have to have an idea where to look in order to find it. The Pacific is over 61 million square miles in area. The Atlantic is over 41 million square miles. If the operators of satellites have an idea of where to scan and look, they can alter the orbits and might eventually find it and can then zoom in on it, but without any idea of where it is, it's like looking for a needle in a haystack ... or worse. Just look how hard it has been to find the Malaysian airline. And they can limit that search to a 100000 sq mile area. Especially with that airplane painted red and floating on the surface as it is, right Bill? ![]() |
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#5
posted to rec.boats
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F*O*A*D wrote:
On 4/22/14, 1:31 PM, Califbill wrote: "Mr. Luddite" wrote: On 4/19/2014 10:49 PM, BAR wrote: In article , says... On 4/19/14, 4:45 PM, Mr. Luddite wrote: On 4/19/2014 4:32 PM, F*O*A*D wrote: On 4/19/14, 3:47 PM, Mr. Luddite wrote: On 4/19/2014 2:25 PM, F*O*A*D wrote: A $3 billion ship...with IPS drives. It ought to be good for a few laughs in the future. "The ship took about three years to complete and was perhaps the most advanced warship of its time." Oh, that's not the USS Zumwalt. It's the USS Princeton, commissioned in 1843 and the first US Naval ship to be driven by a propeller instead of sails or paddlewheels. And they call me Mr. Luddite. The Zumwalt looks as if it would roll over in heavy beam seas, but I'm sure the design was tank-tested for that. I read that the "tumblehome" design is supposed to minimize it's radar footprint, but really, a ship two thirds the length of a New Jersey class WWII battleship is going to be pretty easy to spot at sea, from the air, or from a satellite. You forget. Oceans are big. A 600+' ship is a speck from the air or space unless you know exactly where to look for it. It is said that the radar signature of the Zumwalt is about that of a small sailboat. Hi-res satellite photos aren't going to mistake a 600' target for a small sailboat. Again you show your stupidity. You have to be in the right place at the right time with the right camera and the ability to discern the anomaly on the ocean and verify it. We don't have satellites mapping every inch of the oceans at the same time. The Google Earth image that I put the 605 foot red line on has to be zoomed in to a 25 square mile grid in order to see the line. My point to Harry is you have to have an idea where to look in order to find it. The Pacific is over 61 million square miles in area. The Atlantic is over 41 million square miles. If the operators of satellites have an idea of where to scan and look, they can alter the orbits and might eventually find it and can then zoom in on it, but without any idea of where it is, it's like looking for a needle in a haystack ... or worse. Just look how hard it has been to find the Malaysian airline. And they can limit that search to a 100000 sq mile area. Especially with that airplane painted red and floating on the surface as it is, right Bill? ![]() Be lots of debris! Floating! |
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#6
posted to rec.boats
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On 4/22/14, 5:15 PM, Califbill wrote:
F*O*A*D wrote: On 4/22/14, 1:31 PM, Califbill wrote: "Mr. Luddite" wrote: On 4/19/2014 10:49 PM, BAR wrote: In article , says... On 4/19/14, 4:45 PM, Mr. Luddite wrote: On 4/19/2014 4:32 PM, F*O*A*D wrote: On 4/19/14, 3:47 PM, Mr. Luddite wrote: On 4/19/2014 2:25 PM, F*O*A*D wrote: A $3 billion ship...with IPS drives. It ought to be good for a few laughs in the future. "The ship took about three years to complete and was perhaps the most advanced warship of its time." Oh, that's not the USS Zumwalt. It's the USS Princeton, commissioned in 1843 and the first US Naval ship to be driven by a propeller instead of sails or paddlewheels. And they call me Mr. Luddite. The Zumwalt looks as if it would roll over in heavy beam seas, but I'm sure the design was tank-tested for that. I read that the "tumblehome" design is supposed to minimize it's radar footprint, but really, a ship two thirds the length of a New Jersey class WWII battleship is going to be pretty easy to spot at sea, from the air, or from a satellite. You forget. Oceans are big. A 600+' ship is a speck from the air or space unless you know exactly where to look for it. It is said that the radar signature of the Zumwalt is about that of a small sailboat. Hi-res satellite photos aren't going to mistake a 600' target for a small sailboat. Again you show your stupidity. You have to be in the right place at the right time with the right camera and the ability to discern the anomaly on the ocean and verify it. We don't have satellites mapping every inch of the oceans at the same time. The Google Earth image that I put the 605 foot red line on has to be zoomed in to a 25 square mile grid in order to see the line. My point to Harry is you have to have an idea where to look in order to find it. The Pacific is over 61 million square miles in area. The Atlantic is over 41 million square miles. If the operators of satellites have an idea of where to scan and look, they can alter the orbits and might eventually find it and can then zoom in on it, but without any idea of where it is, it's like looking for a needle in a haystack ... or worse. Just look how hard it has been to find the Malaysian airline. And they can limit that search to a 100000 sq mile area. Especially with that airplane painted red and floating on the surface as it is, right Bill? ![]() Be lots of debris! Floating! Not necessarily. |
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#7
posted to rec.boats
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#8
posted to rec.boats
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On 4/22/2014 5:44 PM, F*O*A*D wrote:
On 4/22/14, 4:55 PM, wrote: On Tue, 22 Apr 2014 16:24:58 -0400, F*O*A*D wrote: Just look how hard it has been to find the Malaysian airline. And they can limit that search to a 100000 sq mile area. Especially with that airplane painted red and floating on the surface as it is, right Bill? ![]() I suppose it is possible that they got a tip from a navy source "over the transom" that makes them so certain they are looking in the right place but if this current search doesn't pan out, they will just be easter egging around a very big ocean, trying to get lucky. Our best chance of finding that plane is to have a russian sub go down near by, then a "manganese nodule" mining ship might stumble upon it. Surely there is a way to equip commericial planes with some sort of external EPIRB device that would pop loose if the plane hits the water and at least signal a general location that could be found via signals and traced. No question the "black box" thing is pretty old fashioned in this day and age. Your EPIRB idea would be an improvement but lacks the recorded voice, instrumentation and flight data that helps determine the cause of the crash. It seems like in this day and age of high bandwidth communications via satellites a system that transmits the data from the aircraft in flight to a remote storage file might also be feasible. The thing is, crashes are so rare and usually the black box is found much more easily, so there has been no major impetus to improve the data collection system. |
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#9
posted to rec.boats
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#10
posted to rec.boats
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On 4/22/2014 8:07 PM, wrote:
On Tue, 22 Apr 2014 18:15:13 -0500, Boating All Out wrote: In article , says... They had a typhoon in that area shortly after the plane landed so anything in the water was in a 15 hour blender and this is pretty rough water anyway. There is likely to be some debris washing up somewhere but it will be meaningless in trying to identify the crash site. If you can believe the wall to wall coverage on CNN, the satellite data from the engine pings is the only real clue they have and that is far from precise. The fact that they did suddenly pick a spot and concentrate on it as much as they have makes me believe they got a tip from some classified source that people trust. I am wondering if we had a sub around there somewhere that heard the plane crash into the water and they don't want to admit it. If Tom Clancy is even close to right, a sub can hear a fish fart 100 miles away. Unitil they find debris they have nothing. Unless the plane made a soft landing something will show up. If it broke up there will be debris regardless of sea state. Plenty of carry-on luggage will float. It's puzzling they have not found debris, with all the searching they've done. Either the plane made a soft landing, or they're looking in the wrong place, or both. Shame for the families. Their loved ones snatched away. It has been so long that finding debris would only confirm that the plane landed in the water. There is still a remote possibility that it is wadded up on the side of a mountain but then the question of why we didn't hear an ELT becomes more valid. The most likely scenario is it hit the water hard and went down before the ELTs actually got going. There is so much trash in the ocean that it might be easy to overlook debris. What's an "ELT"? The big question in this tragedy is what caused the flight transponder and apparently *all* means of communications to be cut off? There are backups to backups on aircraft like this, designed to operate if there is a failure in the electrical supply system in any part of the aircraft. There must be a reason but it's hard to understand how *all* power and means of communications was suddenly and permanently lost yet the aircraft apparently continued to fly for several hours. The sudden decompression theory and crew and passenger unconsciousness could explain why voice communications was lost but it doesn't explain the transponder. Just doesn't make any sense. |
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