FLYING AIRCRAFT CARRIERS in the future could be made of WOOD: Scientists are using trees to develop materials that are tougher than steel
Cellulose nanofibres could become an alternative to steel in cars and planes
It is made by breaking down the fibres from wood pulp chips into tiny strands
The material weighs just one fifth of steel and is up to five times stronger
It can also be combined with plastics to slash the cost of production
The global push among carmakers to make ever lighter vehicles is leading some auto suppliers in Japan to turn to what seems like an unlikely substitute for steel - wood.Researchers and auto component makers say a material made from wood pulp weighs just one fifth of steel and is up to five times stronger.The material, cellulose nanofibres, could become a viable alternative to steel in the decades ahead and could also be used in aviation, they say.Experts are currently developing a prototype car using cellulose nanofibre-based parts to be completed in 2020.Scroll down for video [Image]+5Researchers say a material made from wood pulp (pictured) weighs just one fifth of steel and can be five times stronger. The material, cellulose nanofibres, could become a viable alternative to steel in the decades ahead and could also be used in aviation, they say
VEHICLE WEIGHT
Reducing the weight of a vehicle will be critical as manufacturers move to bring electric cars into the mainstream. Batteries are an expensive but vital component, so a reduction in car weight will mean fewer batteries will be needed to power the vehicle, saving on costs. But cellulose nanofibres will face competition from carbon-based materials and remains a long way from being commercially viable.The cost of mass producing a kilo (2.2 lbs) of cellulose nanofibre is currently around 1,000 yen ($9 / £7).Researchers at Kyoto University aim to halve that cost by 2030, to make it an economically viable product.It would be combined with plastic and so competitive against high tensile steel and aluminium alloys, which currently cost around £1.50 ($2) per kg.Industry experts anticipate that carbon fibre prices will fall to around £7.75 ($10) per kg by 2025.Researchers at Kyoto University and major parts suppliers such as Denso Corp, Toyota's biggest supplier, and DaikyoNishikawa Corp, are working with plastics incorporated with the nanofibres.They are made by breaking down wood pulp fibres into several hundredths of a micron (one thousandth of a millimetre).Cellulose nanofibres have been used in a variety of products ranging from ink to transparent displays.But their potential use in cars has been enabled by the 'Kyoto Process', under which chemically treated wood fibres are kneaded into plastics while simultaneously being broken down into nanofibres.This slashes the cost of production to roughly one-fifth that of other processes. Speaking to Reuters Kyoto University professor Hiroaki Yano, who is leading the research, said: 'This is the lowest-cost, highest-performance application for cellulose nanofibres, and that's why we're focusing on its use in auto and aircraft parts.Dr Yano said he was inspired in his research by a photo of the Spruce Goose, a cargo plane made almost entirely of wood in 1947 by US billionaire entrepreneur Howard Hughes.At the time, it was the world's largest aircraft.'I thought that if Howard Hughes could find a way to use wood to build a massive plane, why not use wood to make a material that was as strong as steel,' he added. The cost of mass producing a kilo (2.2 lbs) of cellulose nanofibre is currently around 1,000 yen ($9/£7).Dr Yano aims to halve that cost by 2030, which he says will make it an economically viable product.[Image]+5Cellulose nanofibres are made by breaking down wood pulp fibres into several hundredths of a micron (one thousandth of a millimetre). Kyoto University professor Hiroaki Yano (pictured) is leading the researchIt would be combined with plastic and so competitive against high tensile steel and aluminium alloys, which currently cost around £1.50 ($2) per kg.Industry experts anticipate that carbon fibre prices will fall to around £7.75 ($10) per kg by 2025.Reducing the weight of a vehicle will be critical as manufacturers move to bring electric cars into the mainstream. Batteries are an expensive but vital component, so a reduction in car weight will mean fewer batteries will be needed to power the vehicle, saving on costs. But cellulose nanofibres will face competition from carbon-based materials and remains a long way from being commercially viable.Masanori Matsushiro, a project manager overseeing body design at Toyota Motor Corp, said: 'Lightweighting is a constant issue for us.[Image]+5Dr Yano said he was inspired in his research by a photo of the 'Spruce Goose' (pictured), a cargo plane made almost entirely of wood in 1947 by US billionaire entrepreneur Howard Hughes'But we also have to resolve the issue of high manufacturing costs before we see an increased use of new, lighter-weight materials in mass-volume cars.' Automakers are already using other lightweight substitutes. BMW uses carbon fibre reinforced polymers (CFRPs) for its i3 compact electric car as well as for its 7 series.High-tensile steel and aluminium alloys are currently the most widely used lightweight options because they are cheaper and recyclable.Analysts say high-tensile steel and aluminium will be the more popular alternative for many years to come.This is because parts makers would need to overhaul production lines and figure out ways to fasten new materials like cellulose nanofibre onto other car parts.But Cellulose nanofibres could one become an industry standard.Yukihiko Ishino, a spokesman at DaikyoNishikawa, which counts Toyota Motor Corp and Mazda Motor Corp among its customers, said: 'We've been using plastics as a replacement for steel, and we're hoping that cellulose nanofibres will widen the possibilities toward that goal.'
HOWARD HUGHES’ 800-TON SPRUCE GOOSE LABOUR OF LOVE THAT FLEW FOR JUST A MILE
Built with the 'sweat of his life' the H-4 Hercules was meant to be engineer Howard Hughes' crowning glory in his aviation career.But the 'Spruce Goose' turned out to be a painstaking project which sucked up time, money and ultimately only flew once. Contracted by the US government in 1942 to build a military transport plane to ship materials and equipment to Britain, the H-4 Hercules was dreamt up by Henry J. Kaiser, a leading Liberty ship builder.[Image]+5Because of restrictions bon what materials could be used, the ship was primarily made from birch wood, but the nickname 'Spruce Goose' caught onHe asked aircraft designer Howard Hughes to produce what would become the largest aircraft built at that time.The huge aircraft was designed to be capable of carrying 750 troops or one M4 Sherman tank.However, because of restrictions by the government on what materials could be used, the ship was made from wood - it was primarily made from birch wood, but the nickname 'Spruce Goose' caught on.Although the billionaire's life ambition was to be known for his contribution to aviation, the Spruce Goose meant he was remembered for all the wrong reasons.[Image]+5The 800-ton, 210-foot-long flying boat with an eight story-tall tail section, finally flew over the water and vindicated HughesThe ship took so long to build that it was only finished after World War II ended in 1947. In fact, the ship was so big it was a miracle that the plane even managed to take off.Completed, it was the largest flying machine ever built, and its wingspan of 320 feet remains the largest in history.It was a colossal construction, measuring 220 feet long, 25 feet high and 30 feet wide.[Image]The huge aircraft compared with other mammoth-sized aircrafts shows the sheer size of the H-4 HerculesBut by then Kaiser had withdrawn from the project, frustrated at the slow pace of construction.Hughes had ploughed on, signing a new government contract to only create one example.Then, on November 2, 1947, for a few minutes at least, Hughes was vindicated.Joined by co-pilot Dave Grant and assorted engineers and mechanics, Hughes flew the monumental plane for about a mile, roughly 70 feet above Long Beach Harbour.
DARPA TAKE NOTE: ONE THOUSAND FLYING CARRIER SHIPS CAN COUNTERACT THE NAVIES OF RUSSIA, CHINA & IRAN WITH THE SAME BUDGET PROPOSED BY TRUMP'S 350 SHIPS
Strategy Behind China Joining Russia ‘on NATO Doorsteps’ in Baltic Sea
The flying ship is a ground effect vehicle (GEV) is a vehicle that is designed to attain sustained flight over a level surface (usually over the sea), by making use of ground effect, the aerodynamic interaction between the wings and the surface. Among the best known are the Soviet ekranoplans, but names like wing-in-ground-effect (WIG), flarecraft, sea skimmer, or wing-in-surface-effect ship (WISE) are also used. Today, the ekranoplans are produced with a displacement of up to three thousand tonnes, though craft betwenn 1500 to 2000 tonnes are typical, and both the engineering and technological issues have been resolved. Such displacement will allow the installation of various weapons and hardening of the airframe, including by armouring important components. It will also allow the installation of a power plant giving the ekranoplan cruising speeds of 400 km per hour, and maximum speed of 500 km/hr, with fuel reserves ensuring range of 5000 to 7000 miles. Current airplanes, weighing 200-300 tonnes can fly without refuelling 10,000 to 12,000 kilometres.The main reason for the interest in the ekranoplan is its incomparably higher speed than that of naval ships’. This provides an opportunity for operational and tactical group manoeuvres in terms of approaching similar levels of aircraft. Thus the ekranoplans are invulnerable to current anti-ship missiles which can only engage slow-moving targets. They may be engaged by air-to-air missiles, though the ekranoplan’s ability to alight on the water limits their effectiveness.When comparing with traditional aircraft, the advantages of the ekranoplans, in the cruise control mode at extremely low altitudes over the entire route and with the ability to alight on the water with minimal fuel usage, allows to significantly increase the on-station time and the weapons load. An important advantage is the prolonged endurance, potentially reaching several days.The weaknesses of the ekranoplans include the limits of weaponry that can be used, be it naval or aircraft.The main use of the ekranoplan is combatting surface ship groups, such as aircraft carrier groups. The high-speed ships deprive the enemy of time (for distances greater than 500 kilometres) to detect the ekranoplans traveling directly over water and attack them.Their significant size will allow them to carry anti-ship weapons sufficient to inflict enough damage to the aircraft carrier group by four or five ekranoplans, as well as SAMs to counter enemy fighters. The technical aspects of such ekranoplans will probably be of 1500 to 1800 tonnes displacement, with speeds of up to 500 kilometres for distances of 5000 to 6000 miles, with main weapons systems of 12 to 16 anti-ship missiles with an effective range of up to 300 kilometres, SAMs with range of 120 to 160 kilometres, 1 or 2 30mm guns for close-range fights, 4 small drones for surveillance. This machine is capable of quickly reaching the launch point for anti-ship missiles, launch, then swiftly evade return fire.For the destruction of enemy surface ships in closed marine theater, ekranoplans can be used against groups of ships of relatively small displacement, primarily in zones of powerful anti-aircraft and anti-ship defences. There exist designs with displacement between 100 and 150 tonnes, with speeds of 450 to 500 kilometres per hour, and range of 500 miles while carrying 4 to 8 anti-ship missiles.The capabilities of the ekranoplan moving at high speed, overcoming enemy defenses including in areas unreachable by other classes of ships and boats, makes it attractive for amphibious operations. It is these qualities that are important for the first wave of landing troops, which in cases of strong anti-landing enemy fire solves the problem of capturing the foothold.As the condition of conducting amphibious operations is the conquest of the air and sea superiority in the landing area, assault ekranoplans do not require heavy armament. The need to lay down suppressive fire on the beaches can be satisfied by Multiple Launch Rocket System (MLRS). Given the likely volume of fire missions it is best to have on board 12 220mm rockets or 40 122mm rockets. With this equipment, the possible number of troops on board the ekranoplan of two to three hundred tonnes of displacement can be estimated at one company of infantry with standard weapons and equipment. Therefore they have been intended to go at a most extreme of three meters over the ocean however in the meantime could give take off, stable “flight” and safe “arriving” in states of up to 5-meter waves.
[Image]These specialties were initially created by the Soviet Union as fast military transports, and were construct for the most part in light of the shores of the Caspian Sea and Black Sea.[Image]Ekranoplan Aircraft Carrier ProjectIn 2005 specialties of this sort have been ordered by the International Marine Organization so they likely ought to be viewed as flying ships instead of swimming planes.[Image]It is additionally intriguing to note that this airplane is one of the biggest ever worked, with a length of 73,8 meters (contrasting and 73 of Airbus A380[Image]The folks over at English Russia figure this is another task to examine if the Ekranoplan outline could be incorporated with a plane carrying warship.
All told, since the early 1980s, U.S. and British carriers have been sunk at least 14 times in so-called "free play" war games meant to simulate real battle, according to think tanks, foreign navies and press accounts. The exact total is unknown because the Navy classifies exercise reports.
Today, the United States is the only country to base its naval strategy on aircraft carriers. The U.S. fleet of 10 active carriers is 10 times as big as those deployed by its primary military rivals, Russia and China, who field one active carrier each.
Roger Thompson, a defense analyst and professor at Kyung Hee University in South Korea, says the array of powerful anti-ship weapons developed in recent years by potential U.S. enemies, including China, Russia and Iran, increase carriers´ vulnerability.
The new weapons include land-based ballistic missiles, such as China´s Dong Feng-21 anti-ship missile, which has a claimed range of 1,100 miles (1,770 kilometers) and moves at 10 times the speed of sound. Certain Russian and Chinese submarines can fire salvoes of precision-guided cruise missiles from afar, potentially overwhelming carrier-fleet anti-missile defense.
Russia, China, Iran and other countries also have so-called super-cavitating torpedoes. These form an air bubble in front of them, enabling them to travel at hundreds of miles per hour. The torpedoes cannot be guided, but if aimed straight at a ship they are difficult to avoid.
A 2015 Rand Corporation report, "Chinese Threats to U.S. Surface Ships," found that if hostilities broke out, "the risks to U.S. carriers are substantial and rising."
"Beyond a shadow of a doubt, a carrier is just a target," says defense analyst Pierre Sprey, who worked for the U.S. Secretary of Defense´s office from 1966 to 1986 and is a longtime critic of U.S. weapons procurement.
DEFENDING CARRIERS
Navy leaders stand by the carrier. In an interview late last year, Admiral Scott Swift, commander of the U.S. Pacific Fleet, lauded carriers´ versatility. Swift says they remain "very viable," sufficiently impregnable to be sent into the thick of combat zones.
Swift said he would order carriers into close battle "in a heartbeat." Nevertheless, citing the new anti-ship weapons, Swift says the carrier "is not as viable as it was 15 years ago."
Trump has said he will make good on his campaign promise to increase the Navy's fleet to 350 ships. The Navy currently has 277 deployable ships. The cost of a single new, Ford-class carrier - $10.5 billion without cost overruns - would consume nearly 20 percent of Trump´s proposed $54 billion increase in next year's defense budget.
Some critics, including former senior Defense Department personnel, say Washington has put too much of the country´s defense budget into a handful of expensive, vulnerable carriers.
At a naval symposium in 2010, then-Secretary of Defense Robert Gates called into question making such big investments in a few increasingly sinkable ships. Gates said "a Ford-class carrier plus its full complement of the latest aircraft would represent potentially $15 billion to $20 billion worth of hardware at risk."
The Navy, with the backing of Congress, went ahead nevertheless. The program has strong Congressional backing. In the 1990s, when defense spending was cut after the end of the Cold War, Congress enacted a law requiring the Navy to maintain an 11-carrier fleet.
Congress has given the Navy a temporary exemption to have 10 active carriers while one is overhauled. When the Ford is commissioned, it will bring the U.S. carrier fleet to 11.
Trump did not specify in his speech how he would bring the carrier fleet to 12. But he said the Ford-class carriers would be invulnerable to attack because they represent the best in American know-how.
"There is no competition to this ship," declared Trump, who called the Gerald R. Ford American craftsmanship "at its biggest, at its best, at its finest."
FAILING SYSTEMS
Trump did not mention that the ship´s builder, Huntington Ingalls Industries, launched the Ford more than three years ago, but the Navy has yet to commission it and put it into service because of severe flaws. Many of its new high tech systems failed to work, including such basic ones as the "arresting gear" that catches and stops landing jets.
The Navy says the ship will be commissioned sometime this year. But the criticism has continued.
In a written statement in July, John McCain, chairman of the Senate Armed Services Committee, noted the cost overruns and cited a list of crucial malfunctioning systems that remained unfixed. "The Ford-class program is a case study in why our acquisition system must be reformed," McCain wrote.
Ray Mabus, who in January stepped down as secretary of the Navy, said in an interview that the Gerald R. Ford "is a poster child for how not to build a ship." He added: "Everything that could have been done wrong was done wrong."
Mabus said that because of commitments made before he became Navy secretary, the Ford was loaded with high-tech equipment that had not even been designed yet. He also faulted awarding the shipbuilder a "cost plus" contract, under which it gets a fixed profit regardless of how much it costs to build the vessel. "There was no incentive to hold down costs," Mabus said.
Others criticize carriers as strategically flawed. Jerry Hendrix, a retired Navy captain and Defense Department official, is now director of the Defense Strategies and Assessments Program at the Center for a New American Security. Carriers, he said in an email exchange, give Washington´s rivals a cheap opportunity to score big. For the cost of a single carrier, he calculates, a rival can deploy 1,227 anti-carrier missiles.
"The enemy can build a lot more missiles than we can carriers for equivalent investments," Hendrix said, "and hence overwhelm our defensive capabilities."
The most commonly proposed alternative to carriers is building a much larger number of smaller, nimbler vessels, including submarines and surface ships. Submarines don´t require escorts and can hit distant targets on land. And carriers have not been tested in battle against an enemy able to fight back since World War II - more than 70 years ago.
The Navy and some outside defense experts say that despite increased threats, carriers remain fully viable and perform an essential service. They laud carriers´ mobility and swiftness, enabling the United States to project air power to places otherwise unreachable.
Carrier proponent Bryan McGrath, the deputy director of the Hudson Institute´s Center for American Seapower in Washington, said carriers are less vulnerable than stationary, land-based air bases.
"A carrier is a big floating airport, and not only a floating airport, but it moves at 40 knots," says McGrath, a former captain of a guided missile destroyer. "How much more vulnerable are airfields on land that don´t move?"
But Sprey, the former Defense Department official and longtime Pentagon procurement critic, says carriers waste funds that could be used to build more cost-effective weapons systems.
"Every Ford-class carrier we build detracts from U.S. defense," Sprey said.
LIMITED PROTECTION
Both strong supporters of carriers as well as opponents agreed that there is a serious flaw in the current configuration of U.S. carriers: their complement of strike aircraft. Almost all are short-range jets, the F-18 Hornet, whose range could render the planes useless in some conflicts.
The Chinese, in particular, have established sea zones bristling with anti-ship weapons meant to make it impossible for enemy flotillas to enter.
Top U.S Navy commanders, including Pacific commander Swift and Vice Admiral Mike Shoemaker, the Navy "Air Boss" in charge of carriers, say carriers could safely enter such zones long enough to carry out a mission. But many outside analysts say a U.S. president would be hesitant to risk such an expensive ship and the lives of up to 5,500 crew members.
In order to be relatively safe, a carrier would have to stand off by 1,300 nautical miles, or 2,300 kilometers - out of range of the Dong Feng missiles. And the F-18s have a range of only 400 nautical miles (equal to 460 statute miles or 740 kilometers) to a target with enough fuel to return.
Experts on both sides of the debate say that if the carriers have to stand off, the Hornets would have to be refueled in midair an impractical number of times while flying to and from their targets. It thus would be all but impossible for carriers to send air power into war zones.
The F-18s are to be replaced by 2020 with new F-35C Lightning IIs, but these have only a marginally better range of 650 nautical miles.
The Hudson Institute´s McGrath, who champions carriers, says the short-range jets impair the mission.
"What they (the Navy) haven´t done yet is to design and fund a strike aircraft that can fly 1,000 miles, drop its bombs and come home," McGrath said.
The cost of carriers in terms of strategy and money is multiplied because carriers do not travel alone. For protection, they move with large escorts, making every "carrier strike group" a virtual armada.
Each carrier usually has an escort of at least five warships, a mixture of destroyers and cruisers, at least one submarine and a combined ammunition-supply ship and helicopters designed to detect subs. When close enough to shore, carriers are also protected by new, land-based P-8 Poseidon jets, designed to detect and destroy subs.
OLD THREATS
For carrier commanders, the most feared weapon is a 150-year-old one. A single, submarine-launched torpedo could send a carrier to the bottom.
Most modern torpedoes aren´t targeted to hit ships. Instead they are programmed to explode underneath. This creates an air bubble that lifts the ship into the air and drops it, breaking the hull.
For decades, critics have faulted the Navy for failing to develop effective defenses against modern torpedoes. A 2016 report by the Pentagon´s Office of Operational Test and Evaluation said the Navy has recently made significant progress, but the systems still have crucial deficiencies.
Experts also say that carriers are at risk from updated versions of one of the oldest naval vessels still in use: the diesel-electric submarine. These were the subs used in both World Wars.
Diesel-electric subs have the advantage of being small - and while on electric power, silent, and in general quieter and harder to detect than nuclear subs.
Diesel-electric subs are also far cheaper to build than nuclear ones. Allies and rivals have been building large numbers of them. Worldwide, more than 230 diesel-electric subs are in use. China has 83 in use, while Russia has 19.
Hendrix, the former Defense Department official, says the carriers' vulnerabilities make the fleet a profligate use of money, vessels and aircraft.
"We have paid billions of dollars to build ships that are largely defensive in their orientation, thus taking away from the offensive power of the fleet," Hendrix says. "In the end, we spend a lot of money on defense to send 44 strike aircraft off the front end of a carrier."
Russian submarines have increased patrols to the level last seen during the Cold War, navy chief says, as Putin spokesman says relations with US are 'maybe worse' than they were then
Russian submarines have increased combat patrols to the level last seen during the Cold War The military has revived its strength thanks to a sweeping arms modernization program amid tensions with the West over Ukraine Elsewhere today, Putin's top spokesman said the relationship between the U.S. and Russia may be more antagonistic now than it was during the Cold War
Russian submarines have increased combat patrols to the level last seen during the Cold War, the navy chief said today.
Admiral Vladimir Korolyov said Russian submarine crews spent more than 3,000 days on patrol last year, matching the Soviet-era operational tempo.
Elsewhere today, Russian President Vladimir Putin's top spokesman said the relationship between the U.S. and Russia may be more antagonistic now than it was during the decades-long Cold War.
Asked by ABC's 'Good Morning America' host George Stephanopoulos if the U.S. and Russia were in a 'new Cold War,' Dmitry Peskov said the current situation may be worse, pinning the blaming on the U.S.
He said: 'New Cold War? Well, maybe even worse. Maybe even worse taking into account actions of the present presidential administration in Washington.'
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Russian submarines have increased combat patrols to the level last seen during the Cold War
The Russian military had fallen on hard times after the 1991 Soviet collapse when it was forced to scrap many relatively new ships and keep most others at harbour for lack of funds.
The military has revived its strength thanks to a sweeping arms modernization program amid tensions with the West over Ukraine.
Mr Korolyov spoke after attending the launch of a new Yasen-class nuclear-powered attack submarine called the Kazan.
He hailed the new ship as the most modern in the world, emphasizing its low noise level making it hard to track it.
'It represents the cutting edge of nuclear submarine design,' Mr Korolyov said in televised remarks.
The navy plans to commission seven Yasen-class submarines that are armed with torpedoes and long-range Kalibr cruise missiles, which for the first time have been tested in combat during the Russian campaign in Syria.
Russia embarks on largest Arctic military push since Soviet fall
China flexes its military muscles with stunning display of warships
China flexed its military muscle and showed off its latest warships and submarines to the world today.
The emerging superpower showed off its fleet off the mist-shrouded eastern port city of Qingdao.
It marked the 60th anniversary of the founding of the People's Liberation Army Navy.
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Military pomp: Chinese Navy helicopters and 527 warships attend the international fleet review on the 60th anniversary of the founding of the People's Liberation Army Navy
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Parade: The warships sail the high seas, displaying a feet which has 'come from nothing'
The spectacle included two of China's nuclear-powered Long March submarines, vessels capable of firing ballistic missiles far from the country's shores, the China Daily reported.
With Beijing worried about securing access to far-off resources, however, the spectacle is meant to show that China's leaders are increasingly comfortable with using their modernising fleet, and want it to be seen by other powers as a benign force for 'peace, harmony and cooperation'.
'China does need a stronger navy to project its power. Even if we can't surpass the United States, a stronger navy can help to counter that influence and protect China's own interests,' said Shi Yinhong, a professor of international relations at Renmin University in Beijing.
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Pomp: The gathering of ships and submarines was watched by foreign admirals and officials
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Chinese Navy fighters fire off rockets in timed formation as they fly overhead
'Showing the country's military strength is also popular with the public,' added Shi. 'This parade is also meant to consolidate domestic support for greater spending on the navy.'
The gathering of ships and submarines watched by foreign admirals and officials may be taken as a disquieting sign of Chinese assertiveness by other governments worried about sea boundary disputes and rivalry for resources.
Chinese boats last month tangled with a U.S. ship in the South China Sea, which Beijing calls its exclusive economic zone.
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Chinese Navy sailors line up on deck during the parade
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Sailing the high seas: Ships including the U.S. Navy missile destroyer USS Fitzgerald (center), the Russian Navy's 11,370-tonne Vayag missile cruiser (right) join the parade
The military pomp also comes as China becomes increasingly vocal about its ambition to become a deep-water power. For decades, China's military has been preoccupied with neighbouring Taiwan, the self-ruled island Beijing says must accept reunification.
Taiwan remains a priority. But Beijing has also concluded it must master the logistical and technological demands of a blue water navy, including eventually building an aircraft carrier.
The PLA Navy, or PLAN, has come from nothing to 'a modern maritime force capable of effectively defending national sovereignty and security', the Liberation Army Daily said.
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By air and sea: The Chinese fighters and warships work in tandem
In one cautious venture into distant waters, Chinese warships have sailed to off the Somali coast to guard against pirates attacking merchant vessels.
But China's naval modernisation has far from erased a technological gap with the United States and other major powers.
'Yet let us be sensible,' said an editorial in the China Daily. 'The PLAN does not have much muscle to show off.'
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