Wednesday, September 03, 2008
Russia shuts down consulate in Georgia
Russia 'ready to rebuild ties with U.S.' despite Georgia support
Medvedev assures Europe its gas supplies are safe
Malaysia sends troops to protect ships in Gulf of Aden: report
Pakistan: US gunship helicopters attack South Waziristan - 15 dead
Tuesday, September 02, 2008
China is becoming a big oil consumer
U.S. Air Force developed LJDAM
U.S. Air Force developed LJDAM
(NSI News Source Info) September 2, 2008: The U.S. Air Force has, after three years of development, introduced the LJDAM (Laser Joint Direct Attack Munition). The main difference between JDAM and LJDAM is the sensor unit. There are now two sensors, one for GPS guidance, and a laser seeker sensor, turning the JDAM into the LJDAM. The aircraft dropping the bomb can now use its laser designator to track a moving target, and the LFDAM bomb hits it. A LJDAM can hit a vehicle moving at over 60 kilometers an hour. LJDAM was supposed to enter service last year, but there were several small reliability problems that had to be fixed.
The main reason for developing LJDAM was to give the air force an inexpensive weapon that can be used against enemy vehicles. Most specifically, against Iraqi terrorists who are discovered planting a roadside bomb, and then jump into their pickup truck and speed away. The smallest LJDAM, one using a 500 pound bomb, costs about $40,000. A 670 pound laser guided Maverick missile costs $150,000. Britain developed a version of the laser guided, 106 pound Hellfire (called Brimstone) that can be launched from "fast movers" (jet fighters), that costs about half as much as Maverick. The U.S. never adopted Brimstone. Hellfire size weapons are the preferred way to destroy fleeing enemy vehicles. That's because only a few pounds of explosives are involved, limiting the casualties to any nearby civilians. U.S. helicopters and UAVs carry Hellfire. A 500 pound bomb contains about a hundred times as much explosives (280 pounds) as a Hellfire.
North Korean 007 uncovered
(NSI News Source Info) September 2, 2008: For decades, South Korea believed that North Korea would try to sneak spies into South Korea by having agents pretend to be refugees. But none of these agents was never caught, until now. A 35 year old North Korean woman, Jong Hwa Won was recently arrested after being observed by South Korean intelligence for three years. The South Koreans were hoping Won would lead them to other North Korean spies, but she appeared to be operating alone.
Won was a professional, and was sent to northern China a decade ago to help the Chinese identify North Korean refugees (who were then sent back to North Korea, where they were punished, and sometimes killed.) Won had a secondary mission, to arrange the kidnapping of South Korean businessmen, and transporting them to North Korea (for what purpose is unknown, apparently even Won did not know). The kidnapping mission was cancelled before it could be carried out, and Won was ordered to get into South Korea as a refugee from the north. She did this in 2001 by the simple expedient of marrying a South Korean man doing business in China. As soon as Won got to South Korea, she divorced her husband, and offered her services to the South Korean army as a lecturer on conditions in North Korea. Won is apparently quite convincing in whatever she does, and she was soon going around to South Korea military bases lecturing on the evils of communism.
Won's main mission South Korea was to locate high ranking North Korean defectors living in the south, and kill them. She was never able to make much progress in that area. She was able to collect a lot of low level intel on the South Korean military. She did this by getting friendly with South Korean officers and used sexual relationships to get obtain classified information, especially anything on high level North Korean defectors. This is apparently how she was found out, but at least one officer, a captain nine years younger than Won, continued passing along classified info even after he figured out she was a North Korean spy.
Won would travel to China to pass information to North Korean intelligence officials, who would carry it back to North Korea. As far as the South Korean can tell, she never got anyone into bed who had access to really useful stuff.
There are over 14,000 North Korean refugees living in South Korea, and they number arriving each week has gone from 30 to nearly a 100 in the last five years. Many more are getting out of North Korea, but it's difficult to get from China to South Korea. This is usually done by travelling across China to a Southeast Asian nation, like Thailand, and asking for political asylum there. That usually results in the South Korean government stepping in and transporting the North Korean refugees to South Korea. China does not want to encourage North Koreans to sneak into China, by making it easy to get to South Korea from China.
There are believed to be at over 300,000 North Korean refugees in northern China, all of them there illegally. A survey of these revealed that 40 percent of them had never encountered any foreign food aid, and that nearly all of them left North Korea because of food shortages.
U.S. Marines with new SMAW II
U.S. Marines with new SMAW II
(NSI News Source Info) September 2, 2008: The U.S. Marine Corps is getting a new and improved SMAW II, to replace the current SMAW rocket launcher. The marines found the LAW and AT/4 warheads (2.2 and four pounds, respectively) often too small, and bought the Israeli B300 (renamed SMAW, for Shoulder-Launched Multipurpose Assault Weapon) in the mid-1980s. This is a 17 pound launcher that costs $14,000, but is not disposable, and each launcher can fire hundreds of 14 or 15 pound rockets, up to 500 meters, before it wears out or gets broken in action. The warhead is about twice the size of the AT/4s. The marines particularly liked the thermobaric (fuel-air explosive) rocket for the SMAW. These proved very useful during the 2004 battle of Fallujah. Thermobaric warheads, when detonating in a room, first disperse a combustible mist, which is then ignited, producing an enormous explosion, that often destroys small buildings, and kills everyone in the room, and adjacent rooms and hallways.
The SMAW II launcher will weigh 11 pounds and the rockets will be more accurate, more reliable, more destructive and have a range of 600 meters. SMAW II won't be ready for service for at least three years. While SMAW I was developed by Israelis, SMAW II is being developed by a Norwegian firm.
ITT Receives Full-Fielding Recommendation For It's FRCS
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