{"id":28206,"date":"2016-08-16T11:52:54","date_gmt":"2016-08-16T01:52:54","guid":{"rendered":"http:\/\/www.aspistrategist.ru\/?p=28206"},"modified":"2016-08-16T13:39:57","modified_gmt":"2016-08-16T03:39:57","slug":"sea-air-land-updates-3","status":"publish","type":"post","link":"https:\/\/www.aspistrategist.ru\/sea-air-land-updates-3\/","title":{"rendered":"Sea, air, land and space updates"},"content":{"rendered":"
Sea State<\/strong><\/p>\n China\u2019s naval capacity received a big boost this past week with the People\u2019s Liberation Army Navy (PLA-N) adding not one but two vessels to its fleet. The PLA-N launched a Type 052D Luyang III class guided missile destroyer<\/a> in early August. The Type 052D has been dubbed the \u2018Chinese Aegis<\/a>\u2019 by observers based on the similarities in sensors and weapons to the US Navy\u2019s Arleigh Burke class Aegis destroyers. This vessel is the ninth of its class to be launched and satellite images of Chinese shipyards<\/a> suggest that four more vessels are in various stages of construction. The other recent addition is a Type 051B Luhai-class destroyer set to re-join the PLAN\u2019s South Sea fleet after an eight month substantial upgrade to its combat systems<\/a>.<\/p>\n Eight Japanese Maritime Self-Defense Force ships visited Mumbai<\/a> this past weekend to conduct a joint passage exercise (\u2018PASSEX\u2019) with the Indian Navy. The PASSEX exercise is designed to enhance interoperability and strengthen ties between the two navies. It comes on the heels of the 2016 Malabar Exercise<\/a> in the Philippine Sea in June, which also included the US Navy. The three countries recently vowed<\/a> to boost defence cooperation at the Shangri-La Dialogue in Singapore.<\/p>\n Ever wondered how US Navy SEALs got their name? Check out this sneak<\/a> peek at the SEALs\u2019 underwater jet boots.<\/p>\n Flight Path <\/strong><\/p>\n In response to a US Navy request to Boeing, the P-8A Poseidon<\/a> maritime patrol aircraft is receiving its third round of upgrades, expected to reach initial operational capability by 2020. The latest contract will see the installation of new software\u2014 the Minotaur Track Management system<\/a>\u2014which will increase the Poseidons\u2019 capability to correlate data from submarine and surface vessels detection systems. A little closer to home, the RAAF will acquire up to 15 Poseidons by the late 2020s, with the first making its first (non-operational) earlier this year<\/a>.<\/p>\n Lockheed Martin has confirmed<\/a> two successful flight tests of its upgraded Dual Mode Plus Laser Guided Bomb (DMLGB) at China Lake Test Range, California. With the deadly (and affordable) combination of semi-active laser seeker technology and INS\/GPS navigation, the DMLGB<\/a> is said to increase precision in all weather, reducing the risk of collateral damage.<\/p>\n The US State Department has approved a potential Foreign Military Sale<\/a> of precision-guided munitions, including air-dropped bombs, worth US$231 million, to NATO. NATO\u2019s request came after the US Government\u2019s 2015 announcement<\/a> of a two year pilot project aimed at pooling resources amongst NATO and member countries for weapons purchase. The US Defense Security Cooperation Agency confirmed<\/a> the weapons would be transferred to eight countries, including Spain, Portugal and Denmark. The US would welcome such purchases, after NATO’s warstocks proved too small<\/a> during previous operations.<\/p>\n And finally, we know the concept of safety in numbers is popular with drone deployment, but this F-22 Raptor got itself into a \u2018sticky\u2019 situation<\/a> after encountering a different kind of swarm. Rapid Fire<\/strong><\/p>\n With all eyes on the Rio Olympics, you\u2019d be forgiven for failing to notice the other international battle of the fittest playing out in Russia. The annual International Army War Games 2016<\/a> wound up in Moscow over the weekend. 121 teams from 20 countries\u2014including China, India, Iran and Greece\u2014competed in 23 military disciplines including field, air and marine-based events. Click here<\/a> for a gallery of the action.<\/p>\n China used the event to showcase the latest addition to its military hardware\u2014an upgraded third generation ZTZ-96 main battle tank. Christened \u2018ZTZ-96B\u2019, the Chinese have thus far kept mum about their new acquisition. According to Franz-Stegan Gady<\/a>, senior fellow at the EastWest Institute, the Type-96B variant boasts improved communications, with purported improvements to the exhaust system, suspension, running wheels, and may include a new engine. Have a gander at the new tank\u00a0here<\/a>.<\/p>\n Russia has increased its military presence on Ukraine\u2019s border in response to an alleged attempt by Ukranian special forces to infiltrate Crimea. Between 7\u201312 August, Russia deployed additional ground forces, naval and air units, and military hardware on the northern, eastern, and southern borders (mapped here<\/a>). Ukraine has placed its border forces on combat alert, while calling upon the UN Security Council to convene to address Russia\u2019s actions. Analysts at ISW have suggested the escalation indicates an increasing likelihood of open war<\/a>.<\/p>\n Zero Gravity<\/strong><\/p>\n The China Aerospace Science and Technology Corporation has announced work on a hybrid hypersonic spaceplane<\/a> to replace its space shuttles. China envision a plane that takes off with conventional turbofans and then switches to ramjet propulsion before engaging a scramjet at supersonic speeds to push it into space. Zhang Yong, a CASTC engineer, said that China will develop the necessary technologies over the next 3 to 5 years, and that a spaceplane would enter service by 2030.<\/p>\n Australian scientists from ANU, the USyd and UNSW have built three CubeSat micro-satellites as part of the QB-50 project<\/a> to study the atmosphere\u2019s least understood layer, the thermosphere, between 200\u2013380km altitude. Ultra-violet and x-ray radiation from the sun can disrupt the thermosphere, affecting GPS, radar and satellite communications. The CubeSats will be sent<\/a> to the International Space Station on an Orbital ATK Antares rocket and in December, they’ll be released into the thermosphere.<\/p>\n
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