It looks like the flight deck has been hoisted and laid, and according to the current speed forecast, it may overtake the progress of 80 Big E within two months.
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For illustrative purposes. Made by @伏尔戈星图 on Weibo.

It looks like the flight deck has been hoisted and laid, and according to the current speed forecast, it may overtake the progress of 80 Big E within two months.
View attachment 169122

I do think one other reason to keep the possibility of 9 carriers alive is that there might be some prospects for accelerated construction schedules. At peak construction pace the US was completing one Nimitz class carrier every 2-3 years.
3-4 years at least, from 1982 to 1995 (CVN-70-CVN-75,1982-1998)I do think one other reason to keep the possibility of 9 carriers alive is that there might be some prospects for accelerated construction schedules. At peak construction pace the US was completing one Nimitz class carrier every 2-3 years.
Fastest laid to launch date was the USS Stennis March 1991 to November 1993.3-4 years at least, from 1982 to 1995 (CVN-70-CVN-75,1982-1998)
CV version of PANG makes little sense. 004s and 076s already offer a capable high-low combination.
May not be about cost considerations but rate at which you can do force buildup, especially if they want to take some time to trial their first nuclear carrier before they commit to one design to mass produce. There is present need for more carriers than is currently available that would be better filled sooner rather than later.CV version of PANG makes little sense. 004s and 076s already offer a capable high-low combination.
Full carriers should be as general-purpose as possible and have enough built-in redundancy to accommodate technological and mission-profile changes over the 4-5 decades of their lifespan. Specialized carriers that are tailored for specific contemporary scenarios risk becoming stranded assets when situations change in the future.
Similar logic applies to the hypothetical 003A. Now that PLAN shows it is confident in CVN design, there is little justification for going back to CVs even for cost considerations. A uniform carrier fleet of standardized CVN design, following the tested path of the Nimitz, is the best way to go for optimal full life-span cost-capability balance.
The 003A hypothesis solely based on the Wuhan carrier island model wasn’t convincing to begin with. It would be a highly inefficient design, not to mention the ugliness, if it were to be built. China has proved that it pursues modern and efficient designs whenever possible and 003 proves it is capable of delivering such carrier designs. Going backwards is simply illogical.
I also don’t think there is a rush for China to crank out carriers at all. They should be viewed as just one element of China’s swift but rather steady military modernization and expansion. To date, this expansion has been almost strictly proportionate to its economic growth and growing security concerns as a result its global economic expansion.
In this regard, simultaneously building two carriers is not that necessary or likely either, unless China plans for a full naval war with US and its allies soon, or aims at twenty or more carriers in service eventually, or feels ok to have a lengthy gap in carrier construction after the initial production dash, or intends to send its carriers to scrapyard after just 30 or so years, or something even crazier.
Maintaining the workforce or technical know-how for carrier construction in more than one shipyard is not essential for China either. China, unlike the US, can simply order the state-owned shipyard to send half of its carrier-experienced workforce to another state-owned shipyard and share all its patented or unpatented know-how with the latter to open a second carrier construction line, just as it did during the Third Front Construction campaign of 1960s–1970s.
CV version of PANG makes little sense. 004s and 076s already offer a capable high-low combination.