Not only that, VLS cells can’t be reloaded at sea, you have to go into port for that. Artillery shells don’t have that problem.
I also wonder how well anti-missile systems would work against artillery. I think it’s feasible to have some artillery on board vessels as a secondary to fall back on after spending all of the anti-ship missiles. Or you could fire the artillery alongside missiles to increase the variety of threats the target has to respond to.
Consider C-RAM (Army Phalanx) stands for Counter Rocket, Artillery, Mortar: I would assume it works perfectly fine against most artillery. But also, I suppose it would depend on the size of the artillery and type of the round. I wouldn’t expect a spray of 20-30mm rounds to do much at all to the trajectory of a 406mm Mk. 8 APC shell, for instance… but none of those are in service anymore.
Not only that, VLS cells can’t be reloaded at sea, you have to go into port for that. Artillery shells don’t have that problem.
I also wonder how well anti-missile systems would work against artillery. I think it’s feasible to have some artillery on board vessels as a secondary to fall back on after spending all of the anti-ship missiles. Or you could fire the artillery alongside missiles to increase the variety of threats the target has to respond to.
Consider C-RAM (Army Phalanx) stands for Counter Rocket, Artillery, Mortar: I would assume it works perfectly fine against most artillery. But also, I suppose it would depend on the size of the artillery and type of the round. I wouldn’t expect a spray of 20-30mm rounds to do much at all to the trajectory of a 406mm Mk. 8 APC shell, for instance… but none of those are in service anymore.