B
Barrett
&
X
XBe02Drvr
I was looking at something which was written by Ward Carroll, who was an F-14 RIO and historian and, while there were a couple of errors regarding the range of the B-36, the fact that the A3D was a byproduct of the USS United States program (something which I mentioned in a reply on his thread): Provided his cost figures were accurate for the USS United States program, it would appear that either each carrier (or the overall program) was to cost $189 million dollars.
View: https://www.youtube.com/watch?v=iDeN3WbdMjc
While the design of this carrier was clearly based around the following problems
Here's the retractible conning-tower(s): Something I think would have been an engineering hurtle to make effective in a marine environment.
The fact that it lacked any kind of radar systems mounted on the island meant a command ship had to be used (whereas carriers were normally command-ships of their own) to feed it data, and the smoke-stacks had to be mounted over the sides which could be angled up or outwards on command. It was designed to operate in task forces which consisted of 1 x Midway Class, 2 x Essex Class and the United States Class at the heart of the group.
Looking at the design it seems like they were surprisingly close to an angled-deck without even realizing it and, while I'm not sure what the USN's thoughts would have been of an angled-deck carrier at the time (1945-1949): Would the design have been workable if such a deck had been designed into the carrier? I'm not a carrier-expert but it looks like it would have been a way to fit an island that didn't need to retract and would have been able to mount radar and smokestacks.
Another question would have been the feasibility of having designed the USS Forrestal to operate a 100,000 lb. aircraft off its decks: The Forrestal despite having smaller weight-limits for aircraft was around $217 million dollars. While I know inflation existed at the time, the USS United States was around $189 million. If that's unit cost, it seems like it wouldn't have been all that hard from an engineering standpoint.
I was looking at something which was written by Ward Carroll, who was an F-14 RIO and historian and, while there were a couple of errors regarding the range of the B-36, the fact that the A3D was a byproduct of the USS United States program (something which I mentioned in a reply on his thread): Provided his cost figures were accurate for the USS United States program, it would appear that either each carrier (or the overall program) was to cost $189 million dollars.
View: https://www.youtube.com/watch?v=iDeN3WbdMjc
While the design of this carrier was clearly based around the following problems
- They didn't want the USAF to get a nuclear monopoly and, by extension, see Naval Aviation go the way of the Dodo bird.
- They realized the USAAF/USAF disliked carriers since they were aviation assets they couldn't control, and they wanted to gobble up all aviation assets for their own purposes.
- Land based aircraft were a non-starter because it'd just be gobbled-up by the USAF; sea-based aircraft were easier to achieve the range and payload problems but would be difficult to employ with a traditional bomb bay (being that the bay would also be the bottom of a watertight surface), combined with the fact that there's nothing that would preclude the USAF from taking charge of them; Carriers are outside their control.
- They needed a carrier that could deliver nuclear bombs.
- They needed to prove a carrier could successfully defend against a high-altitude bomber.
- Radius of Action: 1700 nm w/ payload
- Payload: 12000 lb. nuclear bomb (While I'm not sure where they got 12000 lb. from since the Mk-1 thru Mk-4 were all around 9700-10700 lb., it's possible there were some proposals that were in that weight range and they wanted to cover all their bases).
- Normal-Rated G-Load to be around 4.67G (the TBF was rated for 4.6G)
Here's the retractible conning-tower(s): Something I think would have been an engineering hurtle to make effective in a marine environment.
The fact that it lacked any kind of radar systems mounted on the island meant a command ship had to be used (whereas carriers were normally command-ships of their own) to feed it data, and the smoke-stacks had to be mounted over the sides which could be angled up or outwards on command. It was designed to operate in task forces which consisted of 1 x Midway Class, 2 x Essex Class and the United States Class at the heart of the group.
Looking at the design it seems like they were surprisingly close to an angled-deck without even realizing it and, while I'm not sure what the USN's thoughts would have been of an angled-deck carrier at the time (1945-1949): Would the design have been workable if such a deck had been designed into the carrier? I'm not a carrier-expert but it looks like it would have been a way to fit an island that didn't need to retract and would have been able to mount radar and smokestacks.
Another question would have been the feasibility of having designed the USS Forrestal to operate a 100,000 lb. aircraft off its decks: The Forrestal despite having smaller weight-limits for aircraft was around $217 million dollars. While I know inflation existed at the time, the USS United States was around $189 million. If that's unit cost, it seems like it wouldn't have been all that hard from an engineering standpoint.