Controversial as it may, if you're goal is to find the truth of the topics shown here, then I suggest you watch these and other videos. These crimes on the people should be unmasked, and these will continue until the American people wake up and put a stop to the evil perpetrators. The first step is to understand and have an open mind, unbelievable and ugly as it may, that this could really be happening...AMOR PATRIAE

Monday, December 7, 2015

Navy's $7bn stealth ship hits the waves And the Rustbucket Fleet

 

 

 

Futuristic: Resembling a 19th century ironclad warship the, USS Zumwalt uses a 21st century version of a 'tumblehome' hull Reduced: Out of the original eight anchorage sites, only three; James River, Virginia; Beaumont, Texas and Suisun Bay, California remain
 

Navy's $7bn stealth ship hits the waves: America's largest ever destroyer leaves dry dock for the first time

  • USS Zumwalt launched into the waters of the Kennebec River in Maine on Monday
  • Little fanfare as official ceremony was canceled due to government shutdown
  • Christening rescheduled for the spring, but the ship won’t be delivered to the Navy until 2015
  • Looks like no other warship with angular profile and clean carbon fiber superstructure that hides antennas and radar masts
  • Designed to maintain U.S. naval supremacy for decades to come

The USS Zumwalt, the largest stealth destroyer ever built for the U.S. Navy, was launched into the waters of the Kennebec River in Maine for the first time on Monday.

The DDG-1000 and other stealth destroyers of the Zumwalt class feature a wave-piercing hull that leaves almost no wake, electric drive propulsion and advanced sonar and missiles.

They are longer and heavier than existing destroyers - but will have half the crew because of automated systems and appear to be little more than a small fishing boat on enemy radar.

Down the road, the ship is to be equipped with an electromagnetic railgun, which uses a magnetic field and electric current to fire a projectile at several times the speed of sound.

But cost overruns and technical delays have left many defense experts wondering if the whole endeavor was too focused on futuristic technologies for its own good.

They point to the problem-ridden F-22 stealth jet fighter, which was hailed as the most advanced fighter ever built but was cut short because of prohibitive costs. Its successor, the F-35 Joint Strike Fighter, has swelled up into the most expensive procurement program in Defense Department history.

'Whether the Navy can afford to buy many DDG-1000s must be balanced against the need for over 300 surface ships to fulfill the various missions that confront it,' said Dean Cheng, a China expert with the Heritage Foundation, a conservative research institute in Washington.

'Buying hyperexpensive ships hurts that ability, but buying ships that can't do the job, or worse can't survive in the face of the enemy, is even more irresponsible.'

The Navy says it's money well spent. The rise of China has been cited as the best reason for keeping the revolutionary ship afloat, although the specifics of where it will be deployed have yet to be announced.

Navy officials also say the technologies developed for the ship will inevitably be used in other vessels in the decades ahead.

But the destroyers' $3.1 billion price tag, which is about twice the cost of the current destroyers and balloons to $7 billion each when research and development is added in, nearly sank it in Congress. Though the Navy originally wanted 32 of them, that was cut to 24, then seven.

Now, just three are in the works.

'Costs spiraled - surprise, surprise - and the program basically fell in on itself,' said Richard Bitzinger, a security expert at Singapore's Nanyang Technological University. 'The DDG-1000 was a nice idea for a new modernistic surface combatant, but it contained too many unproven, disruptive technologies.'

The U.S. Defense Department is concerned that China is modernizing its navy with a near-term goal of stopping or delaying U.S. intervention in conflicts over disputed territory in the South China Sea or involving Taiwan, which China considers a renegade province.

China is now working on building up a credible aircraft carrier capability and developing missiles and submarines that could deny American ships access to crucial sea lanes.

The U.S. has a big advantage on the high seas, but improvements in China's navy could make it harder for U.S. ships to fight in shallower waters, called littorals. The stealth destroyers are designed to do both. In the meantime, the Navy will begin deploying smaller Littoral Combat Ships to Singapore later this year.

Officially, China has been quiet on the possible addition of the destroyers to Asian waters.

But Rear Adm. Zhang Zhaozhong, an outspoken commentator affiliated with China's National Defense University, scoffed at the hype surrounding the ship, saying that despite its high-tech design it could be overwhelmed by a swarm of fishing boats laden with explosives. If enough boats were mobilized some could get through to blow a hole in its hull, he said.

 

x

The first-in-class Zumwalt, the largest U.S. Navy destroyer ever built, floats off a submerged dry dock in the Kennebec River, on Monday

x

The Zumwalt looks like no other U.S. warship, with an angular profile and clean carbon fiber superstructure that hides antennas and radar masts

‘It's absolutely massive. It's higher than the tree line on the other side. It's an absolutely huge ship - very imposing. It's massively dominating the waterfront,’ said Amy Lent, executive director of the Maine Maritime Museum, who watched the process from her office down river from the shipyard.

The Zumwalt looks like no other U.S. warship, with an angular profile and clean carbon fiber superstructure that hides antennas and radar masts.

‘The Zumwalt is really in a league of its own,’ said defense consultant Eric Wertheim, author of the ‘The Naval Institute Guide to Combat Fleets of the World.’

Workers at Bath Iron Works, part of General Dynamics, will continue working on the ship throughout the winter. The shipyard hopes to hold a rescheduled christening in the spring, with sea trials following in the fall. Bath Iron Works plans to deliver the ship to the Navy in 2015.

x

Like a giant nose, the forward hull body of the first-in-class Zumwalt, the largest U.S. Navy destroyer ever built, juts out of its dry dock in Bath, Maine

An artist rendering of the USS Zumwalt class destroyer which will be one of the more heavily armed and expensive ships in the U.S Navy

In action: An artist rendering of the USS Zumwalt class destroyer which will be one of the more heavily armed and expensive ships in the U.S Navy

Originally envisioned as a ‘stealth destroyer,’ the Zumwalt has a low-slung appearance and angles that deflect radar. Its wave-piercing hull aims for a smoother ride.

The 610-foot ship is a behemoth that's longer and bigger than the current class of destroyers.

It was originally designed for shore bombardment and features a 155mm ‘Advanced Gun System’ that fires rocket-propelled warheads that have a range of nearly 100 miles. 

Thanks to computers and automation, it will have only about half the complement of sailors as the current generation of destroyers.

Critics, however, felt the Navy was trying to incorporate too much new technology - a new hull, computer automation, electric propulsion, new radar and new gun - into one package.

At one point, the program was nearly scrapped because of growing cost. Eventually, the program was truncated to three ships, the Zumwalt being the first.

x

The first-in-class Zumwalt features an unusual wave-piercing hull, electric drive propulsion, advanced sonar and guided missiles, and a new gun that fires rocket-propelled warheads as far as 100 miles

x

Bath Iron Works hopes to hold a rescheduled christening in the spring and plans to deliver the ship to the Navy in 2015

With its fearsome array of weapons, radar evading silhouette and $7billion price tag, this is one of America's most deadly - and expensive - warships ever.

Equipped with guns capable of firing warheads 100 miles, stealth features, and engine able to generate enough power to run 78,000 homes, the U.S. Navy is hoping it with guarantee its naval supremacy for decades to come.

After embarrassing troubles with its latest class of surface warships, the Navy is hoping for a winner from a new destroyer that's ready to go into the water.

So far, construction of the first-in-class Zumwalt, is on time and on budget, something that's a rarity in new defense programs, officials said. 

The christening of the ship bearing the name of the late Admiral Elmo 'Bud' Zumwalt was canceled earlier this month because of the federal government shutdown.

Fearsome: The $7billion first-in-class Zumwalt rises from the dry docks in Bath Iron Works in Bath, Maine

Fearsome: The $7billion first-in-class Zumwalt rises from the dry docks in Bath Iron Works in Bath, Maine

Hulking: First-in-class USS Zumwalt is the largest U.S. Navy destroyer ever built

Hulking: First-in-class USS Zumwalt is the largest U.S. Navy destroyer ever built

The public christening ceremony featuring Zumwalt's two daughters will be rescheduled for the spring.

Admiral Zumwalt served in destroyers during World War II and was awarded a Bronze Star for valor at the Battle of Leyte Gulf.

As the nation's youngest chief of naval operations, appointed at age 49 by President Richard Nixon, he fought to end racial discrimination and allowed women to serve on ships for the first time.

Like its namesake, the ship is innovative.

It is so big that Bath Iron Works built a 106-foot-tall, $40 million 'Ultra Hall' to accommodate its large hull segments. The ship is 100 feet longer than the existing class of destroyers.

It features an unusual wave-piercing hull, electric drive propulsion, advanced sonar and guided missiles, and a new gun that fires rocket-propelled warheads as far as 100 miles.

Unlike warships with towering radar- and antenna-laden superstructures, the Zumwalt will ride low to the water to minimize its radar signature, making it stealthier than others.

Deadly force: Armed with up to 80 Tomahawk cruise missiles and designed to back up Marines on amphibious missions the USS Zumwalt is so expensive only three will be built

Deadly force: Armed with up to 80 Tomahawk cruise missiles and designed to back up Marines on amphibious missions the USS Zumwalt is so expensive only three will be built

Resembling a 19th century ironclad warship the USS Zumwalt uses a 21st century version of a 'tumblehome' hull

Resembling a 19th century ironclad warship the USS Zumwalt uses a 21st century version of a 'tumblehome' hull

USS ZUMWALT: EQUIPPED TO DOMINATE THE SEAS FOR DECADES

Displacement: 14,564 long tons (14,798 t)

Length: 600 ft (180 m)

Beam: 80.7 ft (24.6 m)

Draft: 27.6 ft (8.4 m)

Propulsion: Two Rolls-Royce Marine Trent-30 gas turbines driving Curtiss-Wright generators and emergency diesel generators, 78 MW (105,000 shp); two propellers driven by electric motors

Speed: Over 30 kn (56 km/h; 35 mph)

Weapons:

20 × MK 57 VLS modules, with a total of 80 launch cells

RIM-162 Evolved Sea Sparrow Missile (ESSM), four per cell

Tactical Tomahawk, one per cell

Vertical Launch Anti-Submarine Rocket (ASROC), one per cell

Two × 155 mm/62 caliber Advanced Gun System

920 × 155 mm rounds total; 600 in automated store with Auxiliary store room with up to 320 rounds (non-automatic) as of April 2005

70–100 LRLAP rounds planned as of 2005 of total

Two × Mk 110 57 mm gun (CIGS)

Originally envisioned for shore bombardment, the ship's size and power plant that can produce 78 megawatts of electricity - enough to power 78,000 homes - make it a potential platform for futuristic weapons like the electromagnetic rail gun, which uses a magnetic field and electric current to fire a projectile at seven times the speed of sound.

There are so many computers and so much automation that it'll need fewer sailors, operating with a crew of 158, nearly half the complement aboard the current generation of destroyers.

'The concept of the Zumwalt is sort of a bridge between the traditions of the past and the new world of networked warfare and precision guided munitions,' said Loren Thompson, defense analyst at the Lexington Institute.

'It's not so much a radical concept as it is an attempt to pull off a full range of missions with a ship that has one foot in the present and one foot in the future.'

The Navy once envisioned building more than 20 of the ships. But the ship has so many sophisticated features and its cost grew so high that senior Navy officials tried to kill the program. Instead, it was truncated to just three ships, the first being Zumwalt.

The Zumwalt will cost more than $3.5 billion - about three times that of current destroyers - but the program has not been beset by big cost overruns or delays, officials said.

The fact that construction has gone smoothly is a relief for the Navy, which has dealt with embarrassing troubles on its new class of speedy warship, dubbed the 'littoral combat ship.'

Those smaller ships, designed to operate close to shore in littoral waters, have been plagued by escalating costs, production delays and mechanical problems.

What you get for $7 billion dollars: A guide to the USS Zumwalt's unique features

What you get for $7 billion dollars: A guide to the USS Zumwalt's unique features

A model of the Zumwalt Class destroyer to be built by Bath Iron Works and Northrop Grumman Shipbuilding is displayed during a contract signing ceremony at the Pentagon

A model of the Zumwalt Class destroyer to be built by Bath Iron Works and Northrop Grumman Shipbuilding is displayed during a contract signing ceremony at the Pentagon

Mission modules that give them the flexibility to perform roles including anti-submarine warfare and minesweeping are not ready, even though the first ships have been commissioned.

'That ship is a total disaster,' said Norman Polmar, a naval historian, analyst and author.

Against that backdrop, shipbuilders at Bath Iron Works have been toiling away on the Zumwalt, the first entirely new ship built on the banks of the Kennebec River since the original Arleigh Burke was christened more than 20 years ago.

Dan Dowling, president of Local S6, which represents 3,200 shipbuilders, said it's been a challenging project with a new hull design, composite materials and new technology.

'It is a radical departure from what we've known. Whether the Navy is satisfied with the design of the ship is up to them. We can only build what they asked for,' he said, adding, 'I hope they'll be pleased with it. We'd like to build as many of them as we can.'

The keel plate for the USS Zumwalt-class destroyer the destroyers will be a new class of multi-mission U.S. Navy surface combatant ship designed to operate as part of a joint maritime fleet

The keel plate for the USS Zumwalt-class destroyer the destroyers will be a new class of multi-mission U.S. Navy surface combatant ship designed to operate as part of a joint maritime fleet

seconds.

  • HMS Daring

    HMS Daring, pictured here leaving BVT on the Clyde in 2007

  • Daring's 152m length is equivalent to more than 16 buses and she is as high as an electricity pylon.
  • The ship's onboard power plant can supply enough electricity to light a city the size of Leicester.
  • Its fuel tanks have a volume equivalent to approximately half that of an Olympic swimming pool.
  • Daring contains 220 beds, 26 sofa beds, 22 single beds and has its own hospital facilities complete with operating table.

    HMS Daring

    Trials: HMS Daring on the River Clyde

  • It is fitted with one bath, 44 showers, 54 toilets and 100 wash basins.
  • Enough carpet has been fitted to cover nearly two five-a-side football pitches.
  • It is fitted with enough electrical cable to circle the M25 motorway three times and has 404 telephones onboard.

HMS DAring

 

 

 

 

Resembling a 19th century ironclad warship the USS Zumwalt uses a 21st century version of a 'tumblehome' hull 

 

 

The Royal Navy's newest and most advanced ship is being sent to the Gulf for her first mission amid heightened tensions with Iran over threats by Tehran to block a busy shipping lane.

The Type 45 destroyer HMS Daring, which has a 'stealth' futuristic design to help avoid detection, is to join the British presence in the region, the Ministry of Defence confirmed.

The dispatch of the ship comes days after Defence Secretary Philip Hammond warned the regime that any attempt to block the Strait of Hormuz would be 'illegal and unsuccessful' and would be countered militarily if necessary.

Hard to spot: The vessel, pictured during a training mission, employs a 'stealth' design to help avoid detection by radar and is the first to be built using this specification

Hard to spot: The vessel, pictured during a training mission, employs a 'stealth' design to help avoid detection by radar and is the first to be built using this specification

Trial run: The ship's testing included an extensive eight-week operational sea training course which the ship and crew passed in November

Trial run: The ship's testing included an extensive eight-week operational sea training course which the ship and crew passed in November

Scheduled to leave Portsmouth next Wednesday, the £1 billion destroyer, also carries the world's most sophisticated naval radar, capable of tracking multiple incoming threats from missiles to fighter jets.

The vessel has been fitted with new technology that will give it the ability to shoot down any missile in Iran's armoury, according to The Telegraph.

An MoD spokesman said: 'The Royal Navy has had a continuous presence East of Suez for many years, including the Armilla patrol and its successors since 1980.

'While the newly-operational Type 45 destroyer HMS Daring is more capable than earlier ships, her deployment East of Suez has been long planned, is entirely routine and replaces a Frigate on station.'

The second Type 45, HMS Dauntless, will also be available to sail at short notice.

HMS Daring completed four years of sea trials and training late last year and is the first of six new destroyers which will replace the Type 42 vessels which started service in the 1970s.

The vessel, with a crew of 180, is the first to be built with a futuristic design that makes it difficult to detect using radar.

It also has a large flight deck which can accommodate helicopters the size of a Chinook as well as take on board 700 people in the case of a civilian evacuation.

HMS DARING: THE FACTS AND FIGURES OF THE £1BILLION VESSEL

Context: First of six new destroyers, replacing Type 42 vessels from 1970s

History: Completed four years of sea trials, but this is the first mission

Cost: £1 billion because everything was needed in massive measures - fitted with enough electrical cable to circle the M25 motorway three times and has 404 telephones onboard

Length: Daring's 152m length is equivalent to more than 16 buses and she is as high as an electricity pylon

Weight: 8 tonnes -  approximately 40 tonnes of paint was need to cover an area of 100,000 square meters of steel

Design: Futuristic design makes it difficult to detect using radar

Speed: Max speed of 28+ knots

Capability: Can sail 3,000 nautical miles, operating for three days and returning home without the need to refuel. Its fuel tanks have a volume equivalent to approximately half that of an Olympic swimming pool

Protection: World's most sophisticated naval radar and can carry 48 anti-air missiles called Sea Vipers

Power: Generates enough electricity from its gas and diesel engines to power a city the size of Leicester

Troops: 60 special forces troops and an take on 700 people in a civilian emergency

Space: Large flight deck which can accommodate helicopters the size of a Chinook

Time: More than 2.25 million man hours have been spent fitting out the ship

Interior: Enough carpet has been fitted to cover nearly two five-a-side football pitches and the vessel has one bath, 44 showers, 54 toilets and 100 wash basins

The 8,000 ton destroyer will carry 48 high-tech Sea Viper anti-air missiles that can also be used to shoot down fighters as well as sea skimming missiles.

It will also carry a Lynx helicopter capable of carrying Sea Skua anti-ship missiles and is capable of carrying 60 special forces troops.

Lord West, the former First Sea Lord, described Daring as a 'world beater' in The Telegraph. 

'This warship has an unbelievably capable ability to track targets, spot the most dangerous and identify them for its missiles to take out. It's highly, highly capable. I would like to see the Type 45s show their potential in the region' he added.

Iran has threatened to block the 34-mile wide strait, pictured, in retaliation for a planned EU trade embargo on Iranian oil

Iran has threatened to block the 34-mile wide strait, pictured, in retaliation for a planned EU trade embargo on Iranian oil

Tension in the oil shipping lanes of the Gulf looks set to increase amid signs that Iran, Israel and the US will hold military exercises designed to test weaponry and tactics.

And the US and European Union are still planning to press ahead with oil sanctions on Iran.

On Friday, Tehran’s defence minister announced that the Iranian Revolutionary Guard Corps will hold large-scale exercises in the Strait of Hormuz and the Gulf in February.

Called 'the Great Prophet', the exercises are expected to be more extensive than Iranian naval manoeuvres in the Sea of Oman that ended this week.

IRAN-USA/SHIELD - Factbox and illustrations of Iran's ballistic missiles with map illustrating potential range. RNGS. (SIN02)

IRAN-USA/SHIELD - Factbox and illustrations of Iran's ballistic missiles with map illustrating potential range. RNGS. (SIN02)

The Iranian announcement came as it emerged that the US and Israel are gearing up for a major missile defence exercise in the next few weeks.

The drills, called Austere Challenge 12, are designed to improve defence systems and co-operation between the forces and would be the largest ever held by the two countries.

Israel has deployed the Arrow system, jointly developed and funded with the U.S., which is designed to intercept Iranian missiles in the stratosphere, far from the country.

A statement from the Israeli military said: ‘U.S. European Command routinely works with partner nations to ensure their capacity to provide for their own security and, in the case of Israel, their qualitative military edge.’

This week Philip Hammond, the UK's Defence Secretary, warned the regime in Tehran that Britain will not tolerate the ‘very significant consequences’ if it fulfils a threat to block the Strait of Hormuz.

Speech: Defence Secretary Philip Hammond has warned the regime that any attempt to block the Strait of Hormuz would be 'illegal and unsuccessful' and would be countered militarily if necessary

Speech: Defence Secretary Philip Hammond has warned the regime that any attempt to block the Strait of Hormuz would be 'illegal and unsuccessful' and would be countered militarily if necessary

He signalled that such action would be blocked by force of arms.

Mr Hammond used a speech in Washington to warn Iran that any move to close the key Gulf trade route would be opposed by the Royal Navy.

‘Any attempt by Iran to do this would be illegal and unsuccessful,’ he said in a speech at the Atlantic Council.

Then in a television interview, Mr Hammond said he wanted to send a ‘very clear message to Iran’ that the UK would not allow the Strait of Hormuz to be closed.

The Royal Navy operates mine clearance vessels in the Gulf as part of a joint taskforce based in Bahrain.

He said: ‘We are an integrated part of the naval taskforce in the Gulf and one of the missions of that taskforce is to ensure that those shipping lanes remain open.

'Any attempt to close the Strait of Hormuz would be illegal and we need to send a very clear message to Iran that we are determined that the Strait should remain open.’

More than 15million barrels of oil pass through the narrow stretch of water between Iran and the United Arab Emirates every day.

Iran has threatened to block the 34-mile wide strait in retaliation for a planned EU trade embargo on Iranian oil.

The planned embargo is an attempt to persuade Iran to abandon plans to develop a nuclear weapon.

 

 

US Navy's largest ever 'stealth' destroyer heads out to sea on its maiden voyage

  • The USS Zumwalt launched from Bath Iron Works in Maine on Monday morning
  • The 600-foot-long destroyer cruised along the Kennebec River to the Atlantic on its first voyage
  • The ship, which weighs 15,000 tons, has taken four years to build at an estimated cost of $4.3 billion
  • Engineers will test the computer and power systems aboard the Navy's first 'all-electric' warship
  • The unique angular design is intended to fool radars into classing it as a fishing vessel  

The largest destroyer ever built for the U.S. Navy headed out to sea for the first time Monday, departing from shipbuilder Bath Iron Works in Maine and carefully navigating the winding Kennebec River before reaching the open ocean where the ship will undergo sea trials.

More than 200 shipbuilders, sailors and residents gathered to watch as the futuristic 600-foot, 15,000-ton USS Zumwalt glided past Fort Popham, accompanied by tugboats.

Kelley Campana, a Bath Iron Works employee, said she had goose bumps and tears in her eyes.

'This is pretty exciting. It's a great day to be a shipbuilder and to be an American,' she said.

'It's the first in its class. There's never been anything like it. It looks like the future.'

On its way: The U.S. Navy's first Zumwalt-class destroyer leaves the Kennebec River in Maine on Monday morning - passing a crowd of spectators - as it heads out to sea for the first time to undergo sea trials

+11

On its way: The U.S. Navy's first Zumwalt-class destroyer leaves the Kennebec River in Maine on Monday morning - passing a crowd of spectators - as it heads out to sea for the first time to undergo sea trials

Big moment: The first Zumwalt-class destroyer, the USS Zumwalt is the largest ever built for the  Navy and cost an estimated $4.3 billion

+11

Big moment: The first Zumwalt-class destroyer, the USS Zumwalt is the largest ever built for the Navy and cost an estimated $4.3 billion

Heading out to sea: The 600-foot-long destroyer cruised along the Kennebec River to the Atlantic on its maiden voyage

+11

Heading out to sea: The 600-foot-long destroyer cruised along the Kennebec River to the Atlantic on its maiden voyage

Spectators line the shore in Phippsburg, Maine, on Monday morning to witness the ship is headed out to sea for sea trials

+11

Spectators line the shore in Phippsburg, Maine, on Monday morning to witness the ship is headed out to sea for sea trials

Larry Harris, a retired Raytheon employee who worked on the ship, watched it depart from Bath.

'It's as cool as can be. It's nice to see it underway,' he said.

'Hopefully, it will perform as advertised.'

Bath Iron Works will be testing the ship's performance and making tweaks this winter.

'IIt's the first in its class. There's never been anything like it. It looks like the future': said Kelley Campana, a Bath Iron Works employee

+11

'IIt's the first in its class. There's never been anything like it. It looks like the future': said Kelley Campana, a Bath Iron Works employee

Futuristic: Resembling a 19th century ironclad warship the, USS Zumwalt uses a 21st century version of a 'tumblehome' hull

+11

Futuristic: Resembling a 19th century ironclad warship the, USS Zumwalt uses a 21st century version of a 'tumblehome' hull

Hulking: First-in-class USS Zumwalt is the largest U.S. Navy destroyer ever built and took four years to complete. It is now being tested 

+11

Hulking: First-in-class USS Zumwalt is the largest U.S. Navy destroyer ever built and took four years to complete. It is now being tested

The Zumwalt looks like no other U.S. warship, with an angular profile and clean carbon fiber superstructure that hides antennas and radar masts, among many other features 

+11

The Zumwalt looks like no other U.S. warship, with an angular profile and clean carbon fiber superstructure that hides antennas and radar masts, among many other features

USS ZUMWALT: EQUIPPED TO DOMINATE THE SEAS FOR DECADES

Displacement: 14,564 long tons (14,798 t)

Length: 600 ft (180 m)

Beam: 80.7 ft (24.6 m)

Draft: 27.6 ft (8.4 m)

Propulsion: Two Rolls-Royce Marine Trent-30 gas turbines driving Curtiss-Wright generators and emergency diesel generators, 78 MW (105,000 shp); two propellers driven by electric motors

Speed: Over 30 kn (56 km/h; 35 mph)

Weapons:

20 × MK 57 VLS modules, with a total of 80 launch cells

RIM-162 Evolved Sea Sparrow Missile (ESSM), four per cell

Tactical Tomahawk, one per cell

Vertical Launch Anti-Submarine Rocket (ASROC), one per cell

Two × 155 mm/62 caliber Advanced Gun System

920 × 155 mm rounds total; 600 in automated store with Auxiliary store room with up to 320 rounds (non-automatic) as of April 2005

70–100 LRLAP rounds planned as of 2005 of total

Two × Mk 110 57 mm gun (CIGS)

For the crew and all those involved in designing, building, and readying this fantastic ship, this is a huge milestone,' the ship's skipper, Navy Capt. James Kirk, said before the ship departed.

The ship has electric propulsion, new radar and sonar, powerful missiles and guns, and a stealthy design to reduce its radar signature.

Advanced automation will allow the warship to operate with a much smaller crew size than current destroyers.

All of that innovation has led to construction delays and a growing price tag.

The Zumwalt, the first of three ships in the class, will cost at least $4.4 billion.

The ship looks like nothing ever built at Bath Iron Works.

The inverse bow juts forward to slice through the waves.

Sharp angles deflect enemy radar signals. Radar and antennas are hidden in a composite deckhouse.

The builder sea trials will answer any questions of seaworthiness for a ship that utilizes a type of hull associated with pre-dreadnought battleships from a century ago.

Critics say the 'tumblehome' hull's sloping shape makes it less stable than conventional hulls, but it contributes to the ship's stealth and the Navy is confident in the design.

Eric Wertheim, author and editor of the U.S. Naval Institute's 'Guide to Combat Fleets of the World,' said there's no question the integration of so many new systems from the electric drive to the tumblehome hull carries some level of risk.

Operational concerns, growing costs and fleet makeup led the Navy to truncate the 32-ship program to three ships, he said.

With only three ships, the class of destroyers could become something of a technology demonstration project, he said. 

The goal is to deliver it to the Navy sometime next year.

'We are absolutely fired up to see Zumwalt get underway.

The Zumwalt looks like no other U.S. warship, with an angular profile and clean carbon fiber superstructure that hides antennas and radar masts.

Originally envisioned as a ‘stealth destroyer,’ the Zumwalt has a low-slung appearance and angles that deflect radar. Its wave-piercing hull aims for a smoother ride.

A model of the Zumwalt Class destroyer  built by Bath Iron Works and Northrop Grumman Shipbuilding is seen displayed during a contract signing ceremony at the Pentagon

+11

A model of the Zumwalt Class destroyer built by Bath Iron Works and Northrop Grumman Shipbuilding is seen displayed during a contract signing ceremony at the Pentagon

The ship has electric propulsion, new radar and sonar, powerful missiles and guns, and a stealthy design to reduce its radar signature

+11

The ship has electric propulsion, new radar and sonar, powerful missiles and guns, and a stealthy design to reduce its radar signature

The first Zumwalt-class destroyer, the largest ever built for the U.S. Navy, heads down the Kennebec River after leaving Bath Iron Works

+11

The first Zumwalt-class destroyer, the largest ever built for the U.S. Navy, heads down the Kennebec River after leaving Bath Iron Works

 

 

 

America's rustbucket Reserve Navy: The haunting 'ghost' merchant ships sent to the scrapheap

  • The United States' National Defense Reserve Fleet was set up after the Second World War in 1945
  • The fleet can be activated within one to four months to aid in national defense and emergencies
  • At its height in 1950, the NDRF consisted of 2,277 ships, reduced to 230 by 2007, and 122 in April last year

These rusting 'ghost' ships are the last remnants of what was once the United States' National Defense Reserve Fleet, set to protect and serve in the hour of need.

The NDRF was set up in the wake of the Second World War, and at its peak in the 1950s, the fleet consisted of nearly 2,280 ships moored across the United States.

But as the need for the fleet has diminished, so has the number of vessels, and today, just over 120 ships remain, posing a risk to the environment in the bays where they are moored.

Scroll down for video

Ghost ships: A number of the remaining ships in the United States' National Defense Reserve Fleet lay moored in James River, Virginia

+10

Ghost ships: A number of the remaining ships in the United States' National Defense Reserve Fleet lay moored in James River, Virginia

Helping hand: The United States' National Defense Reserve Fleet was set up after the Second World War in 1945, in order to provide back-up in case of war or national emergencies

+10

Helping hand: The United States' National Defense Reserve Fleet was set up after the Second World War in 1945, in order to provide back-up in case of war or national emergencies

Diminished: At its height in 1950, the NDRF consisted of 2,277 ships, reduced to 230 by 2007, and 122 in April last year

+10

Diminished: At its height in 1950, the NDRF consisted of 2,277 ships, reduced to 230 by 2007, and 122 in April last year

The ships, jokily known as the 'Mothball Fleet', is so rarely used that many of the ships are falling apart, creating naval graveyards rather than emergency fleets.

At its height in 1950, the NDRF consisted of 2,277 ships at eight anchorage sites: James River, Virginia; Beaumont, Texas; Suisun Bay, California; Stony Point, New York; Wilmington, North Carolina; Mobile, Alabama; Astoria, Oregon; and Olympia, Washington.

Out of these eight, only James River, Beaumont and Suisun Bay exist today. Long years of neglect and disuse have turned these ships into near wrecks, with flaking paint polluting the waters with heavy metals and hazardous chemicals.

The worst affected is the Suisun Bay Reserve Fleet, where less than 50 ships remain. At its peak, in 1952, the bay had 340 ships anchored. Today, less than 50 ships remain, slowly polluting the bay, which is a critical environmental area for fish and wildlife.

The federal Maritime Administration has pledged to dismantle the fleet at Suisun Bay, with 25 ships in the worst condition taken out within two years and the remainder to be scrapped by the end of 2017.

The 'ghost' merchant ships of National Defense Reserve Fleet

 

Reduced: Out of the original eight anchorage sites, only three; James River, Virginia; Beaumont, Texas and Suisun Bay, California remain

+10

Reduced: Out of the original eight anchorage sites, only three; James River, Virginia; Beaumont, Texas and Suisun Bay, California remain

Pollution: The worst affected mooring side is Suisun Bay in California where less than 50 ships remain, slowly releasing toxins into the bay

+10

Pollution: The worst affected mooring side is Suisun Bay in California where less than 50 ships remain, slowly releasing toxins into the bay

Going, gone: At its peak, in 1952, the Suisun Bay, California site had 340 ships anchored - today, less than 50 ships remain

+10

Going, gone: At its peak, in 1952, the Suisun Bay, California site had 340 ships anchored - today, less than 50 ships remain

The federal Maritime Administration has pledged to dismantle the fleet at Suisun Bay, with 25 ships in the worst condition taken out within two years and the remainder to be scrapped by the end of 2017

+10

The federal Maritime Administration has pledged to dismantle the fleet at Suisun Bay, with 25 ships in the worst condition taken out within two years and the remainder to be scrapped by the end of 2017

The NDRF was established to serve as a reserve of mainly merchant vessels to be activated for national defense and national emergency purposes.

The vessels can be activated within 20 days to four months, in order to provide shipping during national emergencies, either military or non-military, such as commercial shipping crises.

Throughout its first thirty years, the National Defense Reserve Fleet vessels were activated to help transporting coal and grains in times of shortage, and ships were brought in during the Korean War, the 1961 Berlin crisis and the Vietnam War.

After the fall of Saigon in 1975, the National Defense Reserve Fleet was augmented by the Ready Reserve Fleet (RFF) to provide for military emergencies.

Since then, ships have been activated to support U.S. troops and transport cargo in the Gulf War in 1990 and aided in several humanitarian disasters in the new millennium.

In 2005, four National Defense Reserve Fleet ships were used for relief operations in the aftermath of hurricanes Katrina and Rita, and five years later, six were used in the wake of the devastating earthquake  in Haiti.

Its most recent operation took place in the wake of Hurricane Sandy in 2012, when two National Defense Reserve Fleet training vessels were called in.

As of April 30, 2014, only 122 vessels are left in the NDRF, and their numbers are reducing still.

Zombie ship: One of the ships moored in Suisun Bay, California is covered in rust, slowly eating up the once-gray paint

+10

Zombie ship: One of the ships moored in Suisun Bay, California is covered in rust, slowly eating up the once-gray paint

No life: Long years of neglect and disuse have turned the ships into near wrecks, with flaking paint polluting the waters with heavy metals and hazardous chemicals 

+10

No life: Long years of neglect and disuse have turned the ships into near wrecks, with flaking paint polluting the waters with heavy metals and hazardous chemicals

The ships, jokily known as the 'Mothball Fleet' is so rarely used that many of the ships are falling apart, creating naval graveyards rather than emergency fleets 

+10

The ships, jokily known as the 'Mothball Fleet' is so rarely used that many of the ships are falling apart, creating naval graveyards rather than emergency fleets

 

 

Crossrail: Tunneling Beneath London

 

         

In hopes to design the most efficient transportation methods for large amounts of people, inventors throughout history have repeatedly produced bizarre ideas.

While many such proposals have led to great innovations, others were abandoned soon after development for being unsafe or impractical.

From ideas of tying a passenger car to a whale, to a bicycle railroad that became known for collisions with farm animals, the history of mass transit reveals that trial-and-error is not a smooth process.

 

At the turn of the 20th century, a group of French artists were asked to imagine the world 100 years later. This image predicts that whale-buses will come about, with bus strapped to a whale that pulls travelers through the deep sea. Whale handlers control the reins and rudder, steering passengers clear of a disgruntled dolphin.

+9

At the turn of the 20th century, a group of French artists were asked to imagine the world 100 years later. This image predicts that whale-buses will come about, with bus strapped to a whale that pulls travelers through the deep sea. Whale handlers control the reins and rudder, steering passengers clear of a disgruntled dolphin.

HOW THE WHALE BOAT WORKS

At the turn of the 20th century, a group of French artists were asked to imagine the world 100 years later.

One image predicts that whale-buses will come about in the future of transportation.

A bus strapped to a whale pulls travelers through the deep sea.

Whale handlers control the reins and rudder, steering passengers clear of a disgruntled dolphin.

At the turn of the 20th century, a group of French artists were asked to imagine the world 100 years later.

Jean-Marc Côté and other artists were not entirely off the mark in their assumptions; their paintings show a future world that is dominated by machines for cleaning, traveling, and entertainment.

Strangely, the artists also imagined the 2000's to be the golden era for humans riding marine animals.

One image predicts that whale-buses will come about in the future of transportation.

A bus strapped to a whale pulls travelers through the deep sea.

Whale handlers control the reins and rudder, steering passengers clear of a disgruntled dolphin.

Over inventions are stragenly close to today's vision of the future.

The Beach Pneumatic Transit system of the 1870s operated similarly to a potato cannon and channeled the techniques of pneumatic tube transportation, according to Inverse.

This design, created by Alfred Ely Beach, aimed to use a combination of vacuum tubes and pressurized air to propel luxury subway cars under New York City.

The tunnel was built and ran on a single track, a distance totalling about 300 feet.

Establishing a reliable braking system for the Beach Pneumatic Transit system, and generating enough power to sling the subway car was not feasible at the time, according to Inverse. After three years, the idea was abandoned.

+9

Establishing a reliable braking system for the Beach Pneumatic Transit system, and generating enough power to sling the subway car was not feasible at the time, according to Inverse. After three years, the idea was abandoned.

Establishing a reliable braking system, and generating enough power to sling the subway car was not feasible at the time, according to Inverse. After three years, the idea was abandoned.

A modern version, Elon Musk's proposed Hyperloop, would solve the braking problem with the use of electromagnetic technology, but has been met with skepticism, Wired says.

Shortly after, Arthur Hotchkiss devised a bicycle monorail system for transporting blue-collar workers across farmland.

The Smithville Bicycle Railroad Company sprung up in New Jersey after 1892, when Hotchkiss teamed up with an investor, Hezekiah Smith.

This design, created by Alfred Ely Beach, aimed to use a combination of vacuum tubes and pressurized air to propel luxury subway cars under New York City. The tunnel was built and ran on a single track, a distance totaling about 300 feet

+9

This design, created by Alfred Ely Beach, aimed to use a combination of vacuum tubes and pressurized air to propel luxury subway cars under New York City. The tunnel was built and ran on a single track, a distance totaling about 300 feet

The track spanned two miles and stood four feet high, according to CityLab, but bicycles of the time featured mismatched wheels and the rider had to repeatedly pump a ratchet mechanism to create propulsion.

This design even included mud flaps and tandem bikes to please its passengers, but riders would often run into problems during the commute.

Riding through farmland put passengers and farm animals at risk of collision, which happened often.

And, the railroad ran on a single track, meaning travelers approaching from opposite directions would have to get off and let one another pass, or collide head on.

In 1898, the company went bankrupt.

RUSSIA'S EKRANOPLAN: THE GROND EFFECT VEHICLE THAT 'HOVERS' ABOVE THE GROUND

A prototype of the Russian ekranoplan, a ground effect vehicle (GEV) is one that attains level flight near the surface of the Earth. While prototypes were built, it proved too difficult to control.

+9

A prototype of the Russian ekranoplan, a ground effect vehicle (GEV) is one that attains level flight near the surface of the Earth. While prototypes were built, it proved too difficult to control.

An ekranoplan is a ground effect vehicle, which uses aerodynamic interaction to hover just above the surface of Earth.

Russian prototypes were tested in the late 1900s.

A funnel system created between the wings and the ground presses upon air molecules, generating lift for the craft, says Wired.

This design allows the craft to generate more lift, and less drag.

Since the ekranoplan maintains a height of about 15 feet above a surface, it must be free of any obstacles, making the ocean its primary zone of operation.

Two massive prototypes of this design were created in Russia, but steering proved to be a major issue.

Sitting so low in the air, little movement could cause the wing of the plane would strike the surface.

The prototype has been dormant since the 1990s. 

 

Two massive prototypes of this design were created in Russia (left), but steering proved to be a major issue. Attempts have been made to create a modern version (rights), but these have also stalled.

The Brennan Gyro-Monorail sought to optimize the monorail design in the early 1900s.

The open rail-car was was 40 feet long and weighed 22 tons, and could reach a speed of 22 miles per hour.

The vehicle teetered atop two vertical 'gyroscopes,' which spun in opposite directions.

The Brennan Gyro-Monorail was developed by the Irish-born Australian inventor Louis Brennan. The vehicle was balanced by two vertical gyroscopes mounted side by side, and spinning in opposite directions at 3000 rpm. Each gyroscope was 3.5 feet in diameter and weighed 3/4 of a ton each

+9

The Brennan Gyro-Monorail was developed by the Irish-born Australian inventor Louis Brennan. The vehicle was balanced by two vertical gyroscopes mounted side by side, and spinning in opposite directions at 3000 rpm. Each gyroscope was 3.5 feet in diameter and weighed 3/4 of a ton each

This train led to later monorail carts of a similar design, which improved upon the original by adding a counter-weight system to balance the carrying load.

The monorail carts, however, never gained popularity. 

Moving sidewalks sought to turn the streets of Paris into a conveyor-belt for the people of the city in 1900.

The moving sidewalk in Paris was not the first of its kind, being preceded by the sidewalks at the 1893 World’s Fair in Chicago.

It hit a top speed of six miles per hour, and spanned a two and a quarter stretch of Paris, according to Gizmodo. The moving sidewalk stood about 30 feet above street level and became known as the 'wooden serpent.'

The moving sidewalk never stops, so passengers had to step aboard as it went. 

Suspended from a rail a dozen feet above the ground, the Railplane was powered by two propellers and stabilized by wheels that rested on another rail below. The design never caught on, and its inventor, George Bennie, was left bankrupt.

+9

Suspended from a rail a dozen feet above the ground, the Railplane was powered by two propellers and stabilized by wheels that rested on another rail below. The design never caught on, and its inventor, George Bennie, was left bankrupt.

 

The transit device merged the features of a monorail and an airplane. Passengers could travel in the masses at 120 mph in a smoke-free, bump-free ride. Suspended from a rail a dozen feet above the ground, the Railplane was powered by two propellers and stabilized by wheels that rested on another rail below

In another monorail design, British inventors had high hopes for the Railplane, which came to life on a test track in Glasgow in 1930.

The transit device merged the features of a monorail and an airplane.

Passengers could travel in the masses at 120 mph in a smoke-free, bump-free ride.

Suspended from a rail a dozen feet above the ground, the Railplane was powered by two propellers and stabilized by wheels that rested on another rail below.

The design proved to be no competition for traditional railroads despite raving reviews from the media and special guests, who were taken for rides.

Its inventor, George Bennie, was left bankrupt.

British inventors had high hopes for the Railplane, which came to life on a test track in Glasgow in 1930. The transit device merged the features of a monorail and an airplane. Passengers could travel in the masses at 120 mph in a smoke-free, bump-free ride

+9

British inventors had high hopes for the Railplane, which came to life on a test track in Glasgow in 1930. The transit device merged the features of a monorail and an airplane. Passengers could travel in the masses at 120 mph in a smoke-free, bump-free ride

 

 

Dawn of the underground age: Fascinating archive pictures reveal backbreaking work that finally gave London the Tube

 
  • Photographer Henry Flather documented construction work that 'transformed the face of London' in 1860s
  • Historic pictures reveal building work underway on stations and lines across the capital

The race for a seat may be foremost in the minds of the millions of commuters who swarm London's transport network each weekday morning.

But these fascinating archive photographs reveal the sheer scale of the work that went into building the stations and lines that continue to keep the capital moving more than a century on.

Some of the photographs date back as far as 1868, and offer the city's workforce 'something to think about next time you top up your Oyster Card', the
Museum of London said.

Making tracks: The roofing over the underground Metropolitan District Railway is visible in this photograph taken near South Kensington Station by Henry Flather

Making tracks: The roofing over the underground Metropolitan District Railway is visible in this photograph taken near South Kensington Station by Henry Flather

Gloucester Road: This photograph of construction underway on the station looking towards South Kensington shows workers erecting metal arched ribs

Gloucester Road: This photograph of construction underway on the station looking towards South Kensington shows workers erecting metal arched ribs

Many of the historic pictures are the work of Henry Flather, who took a series of 64 photographs in the late 1860s to document the construction of the railway from Paddington to Blackfriars, via Kensington, Westminster, and the new Victoria Embankment.

Railway workers, or 'navvies', used the 'cut-and-cover' method to build the first underground railways before the development of the tunneling shield by James Henry Greathead. The first tunneled, or 'tube', railway in London was the City & South London Line, which opened its doors in 1890. Sharon Ament, director of the Museum of London said: 'Millions of Londoners hop on the tube or take a train each day, but it’s easy to forget what magnificent feats of engineering these building projects were under Queen Victoria’s reign.

'The railway age transformed the face of London and the layout of the city that we know today, without the modern technology that projects like Crossrail benefit from. Something to think about next time your top up your oyster card.'

Keeping the city moving: The view of bustling commuters from Victoria station forecourt captured in 1920

Keeping the city moving: The view of bustling commuters from Victoria station forecourt captured in 1920

Passage of the years: Millions of passengers still use the capital city's transport network every day more than a century on

Passage of the years: Millions of passengers still use the capital city's transport network every day more than a century on

'Transforming the face of London': Building work underway on the District Line outside the city's Somerset House in 1869

'Transforming the face of London': Building work underway on the District Line outside the city's Somerset House in 1869

Now and then: The efforts are now concealed beneath the road - and trees that have matured over the decades - overlooked by Somerset House

Now and then: The efforts are now concealed beneath the road - and trees that have matured over the decades - overlooked by Somerset House

London's 'railway age': Londoners walk past a sign for 'electric trains every few minutes' at King's Cross and St Pancras Station in the 19th Century

London's 'railway age': Londoners walk past a sign for 'electric trains every few minutes' at King's Cross in the 19th Century

Time pushes on: London is a very different place decades on, with the trappings of modern city life - including the ubiquitous McDonald's - visible at the spot today

Time pushes on: London is a very different place decades on, with the trappings of modern city life - including the ubiquitous McDonald's - visible at the spot today

Beginnings: A photo of construction workers at the site of Blackfriars Station, looking north-east towards St Paul's Cathedral, taken by Henry Flather

Beginnings: A photo of construction workers at the site of Blackfriars Station, looking north-east towards St Paul's Cathedral, taken by Henry Flather

Roads: The expansive exterior of Blackfriars Station in London as it appears today

Roads: The expansive exterior of Blackfriars Station in London as it appears today

'At the Museum of London we tell the story of the world’s greatest city and its people. Our photography collection is particularly unique, and provides a glimpse into all aspects of London life during the second half of the 19th and 20th centuries,' she added.

From King's Cross to Waterloo, the photographs reveal how London looked at the dawn of the city's 'railway age'.

In one of Mr Flather's pictures, the skeleton of what is now High Street Kensington Station's arched roof as construction on the building was underway in the 19th Century, while another shows rings of brick arching being laid over two steel frames as builders worked to create the Metropolitan District Railway.

The London Underground celebrated its 150th anniversary this year.

The first section of the Metropolitan Line opened from Paddington to Farringdon in January 1863.

Days gone by: A team of railway staff pose in front of the completed Bayswater Station in a photograph taken around 1866

Days gone by: A team of railway staff pose in front of the completed Bayswater Station in a photograph taken around 1866

2013: Today there are cashpoints, telephone boxes and buskers outside Bayswater Tube Station in London

2013: Today there are cashpoints, telephone boxes and buskers outside Bayswater Tube Station in London

Finishing touches: The exterior of Gloucester Road station on the Metropolitan and District Railway line, which was opened on October 3 1868

Finishing touches: The exterior of Gloucester Road station on the Metropolitan and District Railway line, which was opened on October 3 1868

Standing the test of time: The signage still reads Metropolitan & District Railways at Gloucester Road Station

Standing the test of time: The signage still reads Metropolitan & District Railways at Gloucester Road Station

Break in proceedings: A group of railway construction workers, or 'navvies', pose for the camera beside a steam crane in Praed Street, Paddington

Break in proceedings: A group of railway construction workers, or 'navvies', pose for the camera beside a steam crane in Praed Street, Paddington

Fast food restaurants: Today Praed Street in London's Paddington is home to McDonald's, Burger King, and various other restaurants and shops

Fast food restaurants: Today Praed Street in London's Paddington is home to McDonald's, Burger King, and various other restaurants and shops

Glimpse of the past: A view of the forecourt of the Southern Railway terminus at London Bridge, originally built in 1836

Glimpse of the past: A view of the forecourt of the Southern Railway terminus at London Bridge, originally built in 1836

How it looks now: The forecourt at London Bridge station, which is flooded with commuters during rush hour from Monday to Friday

How it looks now: The forecourt at London Bridge station, which is flooded with commuters during rush hour from Monday to Friday

Backbone of the city: This photograph shows the roof of Kensington Station - later renamed High Street Kensington - under construction

Backbone of the city: This photograph shows the roof of Kensington Station - later renamed High Street Kensington - under construction

Impressive: The vast interior of the completed High Street Kensington Station - then known simply as Kensington Station - captured by Henry Flather around 1868

Impressive: The vast interior of the completed High Street Kensington Station - then known simply as Kensington Station - captured by Henry Flather around 1868

Recorded for posterity: Photographer Henry Flather's portable darkroom can be seen on the tracks inside the completed Bayswater Statio

Recorded for posterity: Photographer Henry Flather's portable darkroom can be seen on the tracks inside the completed Bayswater Station

Tunnels: Workers are seen roofing over a cutting to form twin tunnels, with five rings of brick arching being laid over two steel frames, during construction of the Metropolitan Line

Tunnels: Workers are seen roofing over a cutting to form twin tunnels, with five rings of brick arching being laid over two steel frames, during construction of the Metropolitan Line

Before the rush hour: A construction site to the west of Waterloo Bridge and the foot of Savoy Street, as building work was underway on the Victoria Embankment and the Metropolitan District Line

Before the rush hour: A construction site to the west of Waterloo Bridge and the foot of Savoy Street, as building work was underway on the Victoria Embankment and the Metropolitan District Line

Our work is done: The completed interior at  Notting Hill Gate Station captured by Henry Flather

Our work is done: The completed interior at Notting Hill Gate Station captured by Henry Flather

Modern methods: More recent construction work underway on the Crossrail link at New Oxford Street in the heart of the city

Modern methods: More recent construction work underway on the Crossrail link at New Oxford Street in the heart of the city

 

 

 

 

 

 

 

 

Crossrail: Tunneling Beneath London

 

When one digs beneath London, England, one digs through history. Crossrail, the largest construction project in Europe, is tunneling under the British capital to provide a new underground rail link across the city, and has encountered not only a maze of existing modern infrastructure, but historic finds including mammoth bone fragments, Roman roads (with ancient horseshoes embedded in the ruts), Black Plague burial grounds, and 16th century jewelry. The $25 billion (15 billion pound) project is due to open in 2018, connecting London's Heathrow airport to the county of Essex -- five tunnel boring machines are creating a kilometer of new tunnel under London every two weeks. The millions of tons of soil from the Crossrail construction are being shipped to Wallasea Island in the Thames Estuary, allowing the island to be transformed from levee-protected farmland into a thriving wetland. [28 photos]

Use j/k keys or ←/→ to navigate Choose: 1024px 1280px

A worker emerges after a tunneling machine made the breakthrough into the station structure at Canary Wharf, in east London, on June 11, 2013. Crossrail is the largest infrastructure project in Europe, built to provide a new link across London. (Reuters/Andrew Winning)

2

Tottenham Court Road Crossrail work, September 15, 2011. Original here. (CC BY EG Focus) #

3

A technician sprays concrete to support caverns built to house the converging railway tunnels at Crossrail's Stepney site beneath east London, on December 14, 2012. (Reuters/Andrew Winning) #

4

An access point to the Crossrail site at Farringdon Station, in London, on January 30, 2013. (AP Photo/Chris Jackson) #

5

Crossrail workers operate a 150 meter long tunnel boring machine, creating an 8.3 km tunnel from the Limmo Peninsula to Farringdon, on April 24, 2013 in London. (Oli Scarff/Getty Images) #

6

A worker walks inside a section of a tunnel boring machine in one of the tunnels at Crossrail's Limmo Peninsula site beneath east London, on December 14, 2012. (Reuters/Andrew Winning) #

7

Workers renovate the Crossrail Connaught tunnel between the Royal Albert and Royal Victoria docks in east London, on May 29, 2013. (Reuters/Luke MacGregor) #

8

Archaeologists working on the Crossrail project uncover a historical burial ground at Charterhouse Square, Farringdon in central London. Scientists were called in to investigate bones found during the digging of a new railway in central London, after 13 skeletons were found. The skeletons were be tested to see if they died from the Black Death plague which killed between 30 and 60 percent of the European population in the 14th century, and scientist hope to map the DNA signature of the plague bacteria.(AP Photo/Crossrail Project) #

9

An archaeologist with Crossrail works in a recently-uncovered historical burial ground in central London.(AP Photo/Crossrail Project) #

10

An archaeologist digs out a skull from the site of the graveyard of the Bethlehem, or Bedlam, hospital next to Liverpool Street Station in the City of London, on August 7, 2013. The dig is on the site of the future ticket hall for the Crossrail station at Liverpool Street. Archaeologists have a window of time to dig through parts of London's first municipal graveyard from the 16 and 17th century; and through to the Roman ruins beneath; before the site is handed back to contractors building the ticket hall for the Crossrail station. (Reuters/Andrew Winning) #

11

Crossrail workers in a 40 meter deep shaft at Limmo, from where they are constructing an 8.3 km tunnel from the Limmo Peninsula to Farringdon, on April 24, 2013. (Oli Scarff/Getty Images) #

12

Workers line up rails for the tunneling machine at Crossrail's Stepney site in east London, on September 25, 2013.(Reuters/Andrew Winning) #

13

A worker inspects the Tunnel Boring Machine at the Pudding Mill Lane Crossrail construction site, on May 16, 2013.(AP Photo/Lefteris Pitarakis) #

14

A service train carries Crossrail workers to a 150 meter long tunnel boring machine, on April 24, 2013. (Oli Scarff/Getty Images) #

15

Crossrail workers strengthen, deepen and widen the Connaught tunnel to accommodate new trains on April 24, 2013 beneath London. This 550 meter Connaught tunnel was built in 1878 and has not been in passenger use since December 2006.(Oli Scarff/Getty Images) #

16

Under-construction escalators in the Ticket Hall level of the Canary Wharf Crossrail station in the North Dock of the Isle of Dogs in London, on November 26, 2013. The construction of the station, which began in May 2009 and is costing 500 million GBP, features four stories of retail space above the ticket hall and platform levels. The station has been created by constructing a concrete box in the North Dock 250 meters long and 30 meters wide. (Oli Scarff/Getty Images) #

17

Concrete shatters as a tunneling machine makes the breakthrough into the station structure at Canary Wharf, in east London, on June 11, 2013. (Reuters/Andrew Winning) #

18

Prime Minister David Cameron and Mayor of London Boris Johnson visit a Crossrail construction site underneath Tottenham Court Road, on January 16, 2014. (Ben Stansall - WPA Pool/Getty Images) #

19

Workers stand in an access excavation at the entrance of the tunnels at Crossrail's Limmo Peninsula site in east London, on December 14, 2012. (Reuters/Andrew Winning) #

20

Crossrail workers in a 40 meter deep shaft at Limmo, on April 24, 2013. (Oli Scarff/Getty Images) #

21

A worker operates a mechanical digger 40 meters underground in the access excavation at the mouth of the tunnel at Crossrail's Limmo Peninsula site, on December 14, 2012. (Reuters/Andrew Winning) #

22

An archaeologist displays a 16th century Venetian gold coin, perforated to be worn as jewelery, which was dug out from the Crossrail site next to Liverpool Street Station in the City of London, on August 7, 2013. (Reuters/Andrew Winning) #

23

A worker stands on the tunnel boring machine creating the Crossrail tunnel being built from Paddington towards Farringdon under central London, on March 13, 2013. (Reuters/Andrew Winning) #

24

Excavators feed tons of earth generated by the construction of Crossrail into screeners before it is put on a bulk freighter in east London, on December 17, 2013. (Reuters/Andrew Winning) #

25

A ship delivers soil to Wallasea Island on September 17, 2012 near Rochford, England. The Crossrail railway tunnel project in London has started to deliver 4.5 million tons of soil from it's construction to Wallasea Island in the Thames Estuary. This will allow Wallasea Island to be transformed from levee-protected farmland into a thriving wetland twice the size of the City of London.(Peter Macdiarmid/Getty Images) #

26

A member of the crew of a bulk freighter prepares his ship to receive tons of earth generated by the construction of Crossrail, at a jetty on the Thames in east London, on December 17, 2013. (Reuters/Andrew Winning) #

27

A digger makes adjustments to a levee at the eastern end of Wallasea Island on September 17, 2012 near Rochford, England. The Crossrail railway tunnel project has started to deliver 4.5 million tons of soil from it's construction to Wallasea Island in the Thames Estuary. (Peter Macdiarmid/Getty Images) #

28

A Crossrail employee looks at Wallasea Island on September 17, 2012 near Rochford, England.(Peter Macdiarmid/Getty Images