超级军网美军曾购买俄制Kh-31
来源：百度文库 编辑：超级军网 时间：2024/04/27 23:38:59
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给密集阵和拉姆当靶子练的。
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Yet the Russian Krypton was not ready. It required more money and lots of additional development to turn it into an operational weapon. Thus, the Clinton administration gave U.S. defense dollars to Moscow.
In 1995, according to the official U.S. Navy documentation, McDonnell Douglas proceeded under Clinton administration orders to help Russia develop the Krypton missile as part of a U.S. Navy target drone project. The catch: The missile did not work, was highly dangerous to fire and needed improvement to meet the specifications.
U.S. Improves Russian Missiles
According to documents obtained through the Freedom of Information Act, U.S. Navy and McDonnell Douglas engineers suggested a series of "P3I," or "pre-planned product improvements," to extend the range of the Krypton, improve its flight performance and enable jet fighters to safely fire the weapon without blowing up.
"The MA-31 [Krypton] target will need P3I [pre-planned product improvements] in order to meet the range and ground/surface launch requirements for the Supersonic Sea Skimming Target program (SSST). The range of the MA-31 target in its FCT configuration is approximately 15 nm [nautical miles] at low altitude," states the 1995 review document.
According to the 1995 McDonnell Douglas review, one "extended range option" given to the Russian contractor Zvezda "adds an auxiliary fuel tank, a reduced drag nose cone, changes the fuel to JP-10 (which has a higher specific energy content than the Russian fuel), and modifies the ramjet nozzle. The extended range modification is intended to increase range to approximately 42 nm [nautical miles] at 10m [meter] altitude."
Another more crucial design improvement given to Russia involved "Ground Jettison Testing" done by the U.S. defense contractor against the Russian missile. According to a 1995 program review document, the Russian-built AKY-58M missile launcher for the Krypton was fatally flawed and could destroy the firing plane.
"In three emergency jettison tests, the lanyard stayed with the launch rail instead of with the target. In all cases the booster would have been armed, and ignition could have occurred for any of several reasons," stated the 1995 report.
"MDAC [McDonnell Douglas] has determined that use of a longer lanyard and slower separation velocity would allow proper operation of the emergency jettison sequence. The problem has been turned over to the Russians for resolution," states the 1995
review document.
In 1995, according to the official U.S. Navy documentation, McDonnell Douglas proceeded under Clinton administration orders to help Russia develop the Krypton missile as part of a U.S. Navy target drone project. The catch: The missile did not work, was highly dangerous to fire and needed improvement to meet the specifications.
U.S. Improves Russian Missiles
According to documents obtained through the Freedom of Information Act, U.S. Navy and McDonnell Douglas engineers suggested a series of "P3I," or "pre-planned product improvements," to extend the range of the Krypton, improve its flight performance and enable jet fighters to safely fire the weapon without blowing up.
"The MA-31 [Krypton] target will need P3I [pre-planned product improvements] in order to meet the range and ground/surface launch requirements for the Supersonic Sea Skimming Target program (SSST). The range of the MA-31 target in its FCT configuration is approximately 15 nm [nautical miles] at low altitude," states the 1995 review document.
According to the 1995 McDonnell Douglas review, one "extended range option" given to the Russian contractor Zvezda "adds an auxiliary fuel tank, a reduced drag nose cone, changes the fuel to JP-10 (which has a higher specific energy content than the Russian fuel), and modifies the ramjet nozzle. The extended range modification is intended to increase range to approximately 42 nm [nautical miles] at 10m [meter] altitude."
Another more crucial design improvement given to Russia involved "Ground Jettison Testing" done by the U.S. defense contractor against the Russian missile. According to a 1995 program review document, the Russian-built AKY-58M missile launcher for the Krypton was fatally flawed and could destroy the firing plane.
"In three emergency jettison tests, the lanyard stayed with the launch rail instead of with the target. In all cases the booster would have been armed, and ignition could have occurred for any of several reasons," stated the 1995 report.
"MDAC [McDonnell Douglas] has determined that use of a longer lanyard and slower separation velocity would allow proper operation of the emergency jettison sequence. The problem has been turned over to the Russians for resolution," states the 1995
review document.
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导弹？靶标？:D :o
百年前的旧闻了。90年代买的。。。没弹头。和导引头。只是靶弹
美国人买回去研究研究，又可以做靶弹测试海军的防空系统。
这是很多年前的事了:L :L :L
据说因为美国人把它做了靶弹 毛子生气了···
这比交易可以称为猪头交易,:D
烙铁！！！！！！
那偶们买的KH31不成废铁啦！
可恶的老毛子！[:a13:] [:a16:]
可恶的老毛子！[:a13:] [:a16:]
光看那可怜的射程就知道是废铁.;P
地球人都知道的消息啊。
MA-31是旧闻，但LZ贴出的MA-31合同还素很8错滴，诸位同学为何不仔细看看合同标书呢？
MA-31木有弹头和导引头，射程也缩水的很厉害，所以是猴版无疑。
MA-31木有弹头和导引头，射程也缩水的很厉害，所以是猴版无疑。
Yet the Russian Krypton was not ready. It required more money and lots of additional development to turn it into an operational weapon. Thus, the Clinton administration gave U.S. defense dollars to Moscow.
怎么还是美国老的钱发展出来实用的？:o
怎么还是美国老的钱发展出来实用的？:o
原帖由 我立于高山之巅 于 2008-1-29 19:16 发表
MA-31是旧闻，但LZ贴出的MA-31合同还素很8错滴，诸位同学为何不仔细看看合同标书呢？
MA-31木有弹头和导引头，射程也缩水的很厉害，所以是猴版无疑。
这射程哪那么容易缩水啊？
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米帝的想法邪恶滴说！还做了让你没话可说！:L 所以说还得以经济建设为中心