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MH-60R Seahawk Multimission Helicopter

MH-60R Seahawk Multimission Helicopter
MH-60R Seahawk Multimission Helicopter
The MH-60R Seahawk is a twin-engine medium utility helicopter configured for ASW operations. Equipped with one 4-blade rotor and a single 4-bladed tail rotor. The supplement to the basic crew for the MH-60R is four; pilot co-pilot/ATO a tactical sensor operator enlisted (TSO) and one enlisted acoustic sensor operator (ASO). The MH-60R for 3 additional passenger transport capacity of staff.

The MH-60R was designed to cover all the responsibilities for mission and system capabilities of both the SH-60B and SH-60F helicopters. As such, his responsibilities include antisubmarine warfare (ASW), Anti-Surface Warfare (ASuW), anti-ship surveillance and Orientation (PCSA), VRETREP (vertical replenishment), communications relay, and SOFs CSAR (Special Operations support the forces.)

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Tu-16 Badger Medium-High Bomber

Tu-16 Badger Medium-High Bomber
Tu-16 Badger Medium-High Bomber
The Tu-16 badger was a medium-high subsonic bomber developed in the Soviet Union. Its development began in 1950. Its first flight was in 1952 and its delivery in 1955. The Badger was produced by the Soviet Union in a quantity.In September 1957, the USSR adopted a program of assistance and the development of the Chinese armed forces. To strengthen China's air force several Badger bombers Tu-16 strategic half were transferred. Since 1963, the Xi'an Aircraft Factory began to retrofit the plane H-6 according to the needs of operational services and several improved versions have been developed.

However, with growing tensions between the USSR and the People's Republic of China to send planes stopped and industry in China began producing the BADGER Xian Aircraft Company Xian Aero-Engine Company. H-6 is a description of the Chinese manufactured aircraft. In December 1968, the first Chinese H-6 Badger bombers took off. China and was 32 badgers in the operational inventory in 1972. A total of about 120 PLA-AF H-6E / I and 30 PLA-N H-6D Badgers were built between 1968 and 1990. Badger ramp production to China during the 1970s and slowed after 1990 when the last four H-6DS were exported to Iraq with spare parts for the current export assistance provided Soviet Tu-16Ks Egypt.

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CVN-65 USS Enterprise Nuclear Powered Aircraft Carrier

CVN-65 USS Enterprise Nuclear Powered Aircraft Carrier
CVN-65 USS Enterprise Nuclear Powered Aircraft Carrier
The USS Enterprise (CVN-65) is the first nuclear powered aircraft carrier to serve in the United States Navy. Ordered in November 1957, the keel of the company was established in the Newport News Shipbuilding Drydock Company and in February 1958. Launched in September 1960, the company was commissioned on active duty in November 1961.

As the leading First of nuclear-powered carrier fleet, the Company's disposal of reactor is very conservative, and the company, which is the hull design is actually a modification of the carrier-class Forest is the only nuclear-powered ship reactor equipped with eight individual (the Nimitz class carriers are equipped with two reactors), essentially replacing the boiler reactors for a one-on-one. Although the reactors, compared to larger units in more modern vehicles, were relatively small, with eight of them provided the company with the ability to go "full steam" almost immediately, allowing the carrier 93,000 tons to accelerate out escort destroyers were a fraction of its size.

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Type 051 Luda Class Missile Destroyer

Type 051 Luda Class Missile Destroyer
The Type 051 Luda class guided missile destroyer, the first anti-ship missile destroyers designed and built in China, are generally similar to the Soviet Kotlin smaller class. Intended to strike against the ship, the main offensive weapon couple of "Sea Eagle I" ship to ship missiles.

The combat potential provided by the high speed and long range of this design has been compromised by the lack of air defense capability. In common with the Soviet Union Kotlin class, Luda class ships originally had no ship-to-air missiles for self-protection, a deficiency that the Soviet Navy eventually remedied with Kotlin SAM class. Luda class destroyers can be the first Chinese warships to incorporate a combat management system.

Destroyer of research began in the late fifties at the Academy of the seventh. By the mid-sixties, the Institute No. 701, which was under the auspices of the Seventh Academy, began developing a destroyer of the first generation of guided missiles. The rules of the destroyer were to have 3,000 tons displacement or more, and to be powered by steam power. The destroyer gun would both 130 mm and 57 mm, depth charges, sonar and radar.

The destroyer design was approved by the National Planning Commission, the Office of the National Defense Industry and the Commission of Science and Technology for National Defense in June 1967. Construction began in 1968 in Dalian shipyard.

For the most part, the Chinese lacked experience in the development of a guided missile destroyer. The production technology of a guided missile destroyer was developed by mainly by No. 701, No. 713 of the Institute and the Academy of the MMB Third seventh. Over time, the Chinese developed an effective scheme to equip its guided missile destroyers.

In December 1971, the first destroyer built was delivered to plan. In September 1973, a destroyer conducted a successful shot and saves missile tests. Both the Plan and the Sixth MMB shows a schematic design of a destroyer.

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Kolkata Indian Navy Missile Destroyers

Kolkata Guided Missile Destroyers
The Kolkata-class guided missile destroyers are the stealth destroyers being built at Mazagon Dock Limited (MDL) for the Indian Navy under Project 15A. The commissioning of the first vessel is scheduled for 2012. The destroyers are preceded by type 15 Delhi-class destroyers and was succeeded by the destroyers of the Project 15 B.

The Indian government approved the construction of three Kolkata class destroyers May 2000. First steel was cut lead ship in the class, the INS Kolkata, in March 2003. Her keel was laid in September 2003.

The spacecraft was launched in March 2006 at Mazagon Dock, Mumbai. Expected to be commissioned in March 2012. INS Kochi keel was laid in October 2005. It was released in September 2009 and is scheduled to be commissioned in March 2013.

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