Re: The Building of America's next "Super" Carrier, CVN-78 USS Gerald R. Ford (CVN 78
In order to give a comparison and to convey appreciation for modern ship building, I thought I would compare the largest Supertanker (ULCC), the largest luxury liner, and the Ford Class Carriers.
The largest operating tanker/cargo vessels are the TI Class (There was a larger, the
, but she has been decommissioned and was scrapped in 2010...interesting story about her. She was actually sunk by Iraqi aircraft during the Iraq-Iran war, but was later raised, repaired, and put back into service. She was over 1,500 ft long and displaced over 650,000 tons!). But the largest operating vessels are the TI Class. These are the true leviathan of the oceans. They displace over 515,000 tons full load and are 1,250 ft. long. Their crew includes.
The largest luxury liners are the Oasis class, built by carnival Cruise Lines. These giants displace 227,700 tons full load and are almost 1,200 ft long. with crew and passengers they carry over 6,300 people.
Oasis Class Luxury Liners
Then you have the largest warships ever built, the Ford Class. They weigh in at a smaller 101,000 tons full load, are 1,100 ft. long, and have a crew of 4,400 personnel
Here's a comparison of the actual specifications.
Notice the huge amount of power the Ford Class is capable of generating. With all of its currently planned equipment (Propulsion, Dual Band Radar (DBR), Electro magnetic Catapults (EMALS), new arresting gear, new waste treatment, new air conditioning, etc.) the Ford is expected to use just less than half of the power it will have available. This means it will have a "spare" reactor capacity, and plenty of room for future growth for things like lasers, rail guns, and even dynamic armour.
(For those interested, Dynamic Armor is a concept to use Electromagnetic Energy to disrupt a shaped charge warhead. A Naval Research Advisory Committee report issued in July 2002 refers to dynamic armour for protecting critical and vulnerable systems such as magazines, combat control areas, etc. against shaped charge warheads. Electromagnetic armour does this by storing a powerful electrical charge in capacitors and discharging it into the space between two electrode plates as a shaped charge penetrates them. This disrupts the metallic jet which is the charge's damage mechanism, spreading it over a wider area and reducing its effectiveness.)
...raise the shields, Mr. Zulu!