DESRON420 -> [Logged] Lightning (super)carriers (3/31/2021 4:55:08 AM)
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I’m getting back into the Command series after a long while away, and I was looking at the rates at which different types of carrier could assemble strikes. I ended up really impressed at the rate that F-35Bs could sortie from the America-class because they don’t fool around with catapults or ski jumps, they just take off 5? at once from the Pads and go. So here’s my first question: is that kind of mass VTOL takeoff realistic given the strike radius assumed for the F-35B? I thought that getting the listed strike radius and payload required a decent takeoff roll, but maybe I’m just wrong about that. And then my second question comes out of looking at the strike ranges for those F-35Bs coming off the Lightning carriers, which are about the same as catapult launched Super Hornets. Of course the Super Hornet has short legs, but every CATOBAR argument boils down to the advantages of strike range and sortie rate. If the F-35B offers equivalent range to the Super Hornet, and the air ops modeled in Command aren’t imaginary, then it seems like the F-35B could offer a new alternative for the USN: the Lightning supercarrier. This would be an old Nimitz-class, perhaps Nimitz herself, stripped of catapults and arresting gear and modified to handle F-35B deck operations. The issues with the America-class magazines and speed go away, the F-35Bs get 10+ more knots over the deck on takeoff and landing, the strike range works out the same, there’s cost savings from a big F-35B buy and from reduced complexity on future CVNs, the carrier air wing starts being able to refuel and rearm at forward bases, and all the manpower, damage control, and maintenance problems associated with CATOBAR go away. It feels like there’s a lot of wins there. Has anyone ever published a professional study on something like this?
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