Or, if you really had the ability to target moving targets like carriers 2000km out to sea (which is very doubtful and very dubious IMHO) then use your SSBNs. Build two or three specifcally outfitted with said SLBM outfitted with convetnional warheads for this purpose and use the external targeting data that you will be required to have in any case to feed that targeting data to your sub either through VLF or ELF means.You know, really think there's some merit in putting ASBMs on a ship ones they are mature. But that radar will create some intense stability problems I'm sure. It raises the center of gravity way above the waterline, wich isn't good at all. And it provides a huge sail area for wind from the sides, further aggrevating the stability problems.
Such a ship should just rely on target data provided by other assets like sats, MPAs, HALE UAVs, SSNs ...
My own guess is that the new US Tactical Tomahawk, with its two-way sat communication capability, its precision GPS capability, its ability to loiter in a target area and send new data back to its orgiginating platform and receive new targeting data while on station, will be the first long range anti-shipping strike missile with such a capability. And that is assuming it can overcome the likely ECM environment it is presented with once arriving on station.
Raytheon develops plan to turn Tomahawk into a “ship killer”
At the Navy League’s Sea Air Space Exposition, Raytheon unveiled a technology roadmap that will give Tomahawk, the world’s most capable cruise missile, multimission capability.
The roadmap will give Tomahawk moving maritime target interdiction capability by adding four key technologies:
* Integrating a seeker in the nose of the missile
* Integrating a sensor that will detect ship electronic signatures
* Making the existing datalink faster, and giving it more bandwidth
* Upgrading the weapon’s warhead, giving it the capability to penetrate the armor of 21st century warships
Once these technologies are integrated, Tomahawk Block IV will retain all its current capabilities, enabling the weapon to engage targets on land and at sea, making the missile a true multimission weapon.
Tomahawk Block IV is…
* An operationally proven weapon that has engaged targets during the persistent conflict.
* A net-enabled weapon
* Ideally suited for the precision engagement of targets in counterinsurgency operations
* Integrated onboard cruisers, destroyers and four classes of U.S. submarines
* Proven to be extremely reliable, with 19 consecutive successful test flights
Raytheon has proposed it and I believe it will be implemented. All of the technology already exists and just needs to be integrated.Right, an SLBM is most probably the best option for sea based ASBM. With both options there is of course still the much discussed question about how a BM coming out of the ocean looks to somebody else, and how fast in can be decided it's only a 2000km range missile.
Hopefully not getting too far off, but to comment on your tactical tomahawk statement: A missile fully implemented in a network, that can search a target area itself and reley target information to other missiles in the network is for sure a a good move.
So far I was not sure however if a naval variant of the TacTom was just a consideration or decided already. What's the current status?
You know, really think there's some merit in putting ASBMs on a ship ones they are mature. But that radar will create some intense stability problems I'm sure. It raises the center of gravity way above the waterline, wich isn't good at all. And it provides a huge sail area for wind from the sides, further aggrevating the stability problems.
Such a ship should just rely on target data provided by other assets like sats, MPAs, HALE UAVs, SSNs ...
I just want to remeber everybody of what I said at the beginning. PLAN does not have carrier, so it can not deploy UAV far away from its litoral water. PLAN SSNs are not enough quite. PLAN cannot protect it's sufficiently its surface ship from airstrike ecc.. What about it's abroad economic interest if a sino-US war broke out?
Carriers aren't needed for UAVs at sea, even the USN has demonstrated that as such, so any sizeable surface combatant would be able to deploy them as needed.