The future USS Gerald R. Ford (CVN 78) underway on its own power for the first time. The first-of-class ship — the first new U.S. aircraft carrier design in 40 years — will spend several days conducting builder’s sea trials, a comprehensive test of many of the ship’s key systems and technologies. (U.S. Navy photo by Mass Communication Specialist 2nd Class Ridge Leoni/Released)



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Article compiled  by: White Nation  correspondent Tennessee USA –April 15  2017






THE Nimitz-class aircraft carriers have long reigned as the biggest vessels in the US Navy, but now they have met their successor. The first of a new class of “super carriers” has arrived to keep the waters of the world a safer place. The USS Gerald R. Ford has completed construction and has launched for builders trials to evaluate its performance.


Named after President Gerald Ford this first-of-class super carrier has spent the past four years under development nearly ready for service. This is the first of planned Ford-class super carrier and testing on the open ocean has started to see how its design should influence the other nine upcoming super carriers.

The Navy and our industry partners are excited to have the future USS Gerald R. Ford underway under her own power for the first time, executing a rigorous and comprehensive test program for this first-of-class ship.”

– Rear Admiral Brian Antonio (Aircraft Carrier Program Executive Officer)

Newport News/US Navy

The Ford-class super carrier has come under scrutiny by the armed forces committee for going $2 billion over budget and essentially being designed while it was under construction. Despite the controversial construction it is shaping up to be a very impressive vessel. Check out the first glimpse of the USS Gerald R. Ford in this clip, courtesy of the US Navy.



Holy Crap … After Years Of Construction The US Navy Unleashes Their First ‘Colossal Supercarrier’ [VIDEO]

The massive USS Gerald R. Ford will head out to sea for builders’ trials next month in a critical test before the US Navy intends to commission the ship later this year, USNI News reports. The Ford will improve on the Navy’s Nimitz-class carriers with a rearranged flight deck, improved launching and landing systems, and a nuclear power plant with out-sized capabilities that can integrate future technologies such as railguns and lasers. The Ford’s commissioning will bring the count of full-sized carriers to a whopping 11 for the United States — more than the rest of the world combined. The ship will sail out for a test of its most basic functions like navigation and communications, as well as a test of its nuclear-powered propulsion plant. Its most advanced features, like its electromagnetic catapults for launching bomb- and fuel-laden jets from the deck, will not undergo testing


ford class nimitz class aircraft carrier

A Nimitz-class aircraft carrier, bottom, compared with a Ford-class carrier, top.Business Insider

The Ford, like almost any large first-in-class defense project, has encountered substantial setbacks and challenges as the Navy and contractors attempt to bring next-generation capabilities to the US’s aircraft carriers. Notably, the Navy has expressed doubts about the advanced arresting gear, which helps speeding planes land quickly and gently, saying it may scrap the program in favor of the older system used on Nimitz-class carriers. But the Navy is determined to commission the Ford sometime this year, as calls for increasing the Navy’s size and strength come from the Trump administration and outside assessments.

Some of the most important mechanic advancements are deep inside the ship – part of the revamped elevator system used to carry bombs, missiles and other aircraft-loaded equipment from the Ford’s bowels to the vessel’s higher decks. Slated for springtime delivery, the aircraft carrier CVN 78 Gerald Ford has sparked much interest in its technological breakthroughs for launching and recovering aircraft – as well as new systems to cut down on the number of sailors that run the ship and run up the costs of operating the vessel.

But some of the most important mechanic advancements are deep inside the ship – part of the revamped elevator system used to carry bombs, missiles and other aircraft-loaded equipment from the Ford’s bowels to the vessel’s higher decks. The 10 elevators have to carry up to about 200,000 pounds of weapons from the main deck magazine to the flight deck preparation area, according to Newport News shipbuilders at Hunting Ingalls Industries’ Newport News Shipbuilding unit. That ship-climbing trek is comparable to going form the basement to the roof of an extremely large city skyscraper, carrying about 100 tons, all within a minute.

Shipbuilders wired the elevator up for more electricity using linear motors, replacing the rope-and-wheel systems that required a great deal more manpower to operate and maintain. With the new system, shipbuilders say, the elevators can carry two times the weight as the previous system, covering the distance in about third the time. Increasing the carrying power and cutting the operating speed were key in providing the Ford with the quicker sortie rate that has been one of the ships selling points. Getting aircraft on and off the ship at a faster clip means little if the aerial platforms are not properly armed or loaded. Early success with the new elevator system prompted Newport News to start developing a totally electric elevator system.

The move toward such systems is part of the effort to create more-electric carriers with the Ford-class vessels. Beyond the new operational systems, such as the Electromagnetic Aircraft Launch System (EMALS) that replaces the hydraulic launching system with an electromagnetic one, the ship also will rely more heavily on sensors, electronic grids and computer networks than previous carriers.    The carrier’s power need will be similar to those of a small city and the shipbuilders have developed an electric power distribution grid akin to a neighborhood substation, generating 13,800 volts, according to Newport News electrical construction developers.

By comparison, Nimitz-class carriers can only generate only about a third of that kind of voltage. Ford power pulsates through about 10 million feet of cable snaking its way through the ship, replacing pipes, valves and related machinery. Not only does that equate to less maintenance, but it also means sensors and electronic equipment can be used in some of the more dangerous or difficult-to-access places in the ships instead of sending sailors there for certain tasks. To better manage the power distribution, shipbuilders says they designed a way to retain local control through zones by limiting cable length to no more than 300 feet. Some cabling in Nimitz ships runs more than thrice that amount.

The move toward a more-electric carrier is part of an overall Navy course-change toward such technology on its warships to help cut down manpower and operational costs while making the vessels more effective. The DDG 1000 Zumwalt destroyer, for example, uses electronic netted systems to cut the crew size substantially. The first modern ship class designed with such large-scale automated systems is the Littoral Combat Ship (LCS). When Deputy Defense Secretary Robert Work was the Navy undersecretary he wrote a white paper for the U.S. Naval War College in 2013 which noted there was top Navy “expectation that LCS would set new standards in automation.”

Neil King, the director of the Lockheed Martin LCS program, says the ships have automated “control points” to check temperatures, pressures and similar functions. “Originally, there was the ability to go out to 7,000 control points,” he says.  “Today, there are about 8.500. From the LCS family perspective, the Navy has embraced it. You can run a whole propulsion system. You can do things like transfer fuel. From different locations around the ship you can do damage control.” But some Navy officials associated with LCS operations says the service has been slow to adopt the automated system, forcing crews to follow traditional operational concepts for the ship, sending sailors to do tasks that the sensors were supposed to do.

On the Ford, though, shipbuilders were taking advantage of the relatively long construction time for the carrier to help train sailors and the Navy to get more accustomed to some of the new technology. Take the new elevator system. With no “schoolhouse” trainer for the new equipment, shipbuilder was using the elevator itself to train crews, according to Rolf Bartschi, Newport News vice president specifically in charge of building the Ford, to develop what’s known as “tribal knowledge.”

However the $13-billion USS Gerald R. Ford is already two years behind schedule, and the U.S. Navy’s newest aircraft carrier is facing more delays after the Pentagon’s top weapons tester concluded the ship is still not ready for combat despite expectations it would be delivered to the fleet this September. According to a June 28 memo obtained by CNN, Michael Gilmore, the Defense Department’s director of operational test and evaluation, said the most expensive warship in history continues to struggle launching and recovering aircraft, moving on board munitions, conducting air traffic control and with ship self-defense. “These four systems affect major areas of flight operations,” Gilmore wrote in his report to Pentagon and Navy weapons buyers Frank Kendall and Sean Stackley. “Unless these issues are resolved … they will significantly limit CVN-78’s ability to conduct combat operations.”








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