Re: How Do You Sink A Carrier?
Point taken.
The CVBG, as we've already discussed, has the advantage of mobility. It can move away from shore at will and hide somewherein the vast ocean.
The attacker would need to find the CVBG, then deploy sufficient number of aircraft and munitions to attack it.
Detection can be done via satellites, aircraft, ships, and intelligence. i.e. if the 7th fleet was docked in Japan, we'd assume the PLA intelligence would be tracking its location and deployement by a variety of means. Human agents, satellite tracking, agents on commercial ships with spyglass and a cel phone, submarine parked somewhere, etc.
An attack on the CVBG with current PLAAF/PLANAF arsenal would be very difficult. The PLAAF/PLANAF does not have long-range anti-ship cruise missiles. The air-launched C-80X missiles are limited in range, plus the PLANAF doesn't have that many modern strike aircraft.
Thus, I think before they even consider attacking the CVBG, they need to obtain more aircraft and better missiles. Alternatively, you could go with UAV and armed UAV route. I've attached a couple of pictures that conceptually show what I have in mind for armed UAV (note: the pic actually shows drones and are not combat UAVs).
First, let's look at some advantages with UAVs.
Combat aircraft require human pilots, which takes many years to train. Afterwards they might serve for some years, then quit to fly 747's. When you send a human pilot up, you might lose the pilot in combat.
An UAV does not require a human pilot in cockpit. It can be pre-programmed, computer-controlled, or remotely controlled. It takes less time and resources to train an UAV controller, than a combat pilot.
Combat aircraft need large AFB's to operate, plus hardened shelters, maintenance facilities, mechanics, supplies, munitions, fuel depo, etc. The aircraft needs an airstrip to take off and land. Combat aircraft are also very expensive.
UAV's can be deployed from the back of a truck:
Theorically, to assemble a strike wing you'd need to equip ~30 strike aircraft, plus escrots, take off from AFB, refuel in mid air, etc. The 30 strike aircraft would carry about 120 AShM's total. But if you were using UAV's, you could prolly just drive ~60 trucks to deployement area and launch the UAV's.
There are 2 types of armed UAV's. The first is Israeli harpy type, which is a "kamakazi" UAV with a warhead that just slams into the target. The second is like the US Predator, which can be equipped with missiles. Either type will work, as long as it has the range. For the latter type, you'd have a "carrier" UAV with 2 anti-ship missiles, that could be sent on a one-way trip to extend its reach/range.
To start, we'd use intelligence data to determine the probable location of enemy ships. Then you can send surveillance drones up to see if they're actually there. The IAI Heron, for example, has 50+ hour endurance and 3,300 km range:
Once the enemy ships are found, you'd deploy armed UAV's to attack it, or even a mix of armed UAV's and manned strike aircraft & fighter escorts.
The armed UAV can be used as the primary assault weapon, or a "force multiplier" in support of manned aircraft. The defender would have to contend with enemy aircraft, plus large numbers of armed drones with a variety of targetting systems (radar, IR, electro-optical, operator-guided, etc) to make soft-kill difficult.
Now, the problem with UAV's is that most of them have limited range and cannot be refuelled in mid-air. If we were to go with a "carrier UAV" concept, it's possible to program it to be refuelled in mid-air. Maybe even from unmanned refueling drones (!). I think this technology is very possible to do with today's technology and is not in the realm of science fiction. BUT it will take the PLA at least a decade to develop and deploy. I'm not expecting something as advanced as the Dassault Neuron.
Armed UAV carriers with 1,000-2,000 km range on internal fuel, plus mid-air refuelling capability, equipped with 2 x anti-ship cruise missiles. If this type of platform can be developed and built in large numbers cheaply, I think it might work in keeping CVBG's at bay. Plus, unlike aircraft, the UAV can be stored in sealed containers with 10-20 year shelf life, ready for use within minuets.
What does everyone think?
The thread topic here is "How do you sink a carrier?" This emplies that the carrier force is on the defensive. A carrier, with its protected escorts, is the closest thing to unsinkable as one can get.
Point taken.
The CVBG, as we've already discussed, has the advantage of mobility. It can move away from shore at will and hide somewherein the vast ocean.
The attacker would need to find the CVBG, then deploy sufficient number of aircraft and munitions to attack it.
Detection can be done via satellites, aircraft, ships, and intelligence. i.e. if the 7th fleet was docked in Japan, we'd assume the PLA intelligence would be tracking its location and deployement by a variety of means. Human agents, satellite tracking, agents on commercial ships with spyglass and a cel phone, submarine parked somewhere, etc.
An attack on the CVBG with current PLAAF/PLANAF arsenal would be very difficult. The PLAAF/PLANAF does not have long-range anti-ship cruise missiles. The air-launched C-80X missiles are limited in range, plus the PLANAF doesn't have that many modern strike aircraft.
Thus, I think before they even consider attacking the CVBG, they need to obtain more aircraft and better missiles. Alternatively, you could go with UAV and armed UAV route. I've attached a couple of pictures that conceptually show what I have in mind for armed UAV (note: the pic actually shows drones and are not combat UAVs).
First, let's look at some advantages with UAVs.
Combat aircraft require human pilots, which takes many years to train. Afterwards they might serve for some years, then quit to fly 747's. When you send a human pilot up, you might lose the pilot in combat.
An UAV does not require a human pilot in cockpit. It can be pre-programmed, computer-controlled, or remotely controlled. It takes less time and resources to train an UAV controller, than a combat pilot.
Combat aircraft need large AFB's to operate, plus hardened shelters, maintenance facilities, mechanics, supplies, munitions, fuel depo, etc. The aircraft needs an airstrip to take off and land. Combat aircraft are also very expensive.
UAV's can be deployed from the back of a truck:
Theorically, to assemble a strike wing you'd need to equip ~30 strike aircraft, plus escrots, take off from AFB, refuel in mid air, etc. The 30 strike aircraft would carry about 120 AShM's total. But if you were using UAV's, you could prolly just drive ~60 trucks to deployement area and launch the UAV's.
There are 2 types of armed UAV's. The first is Israeli harpy type, which is a "kamakazi" UAV with a warhead that just slams into the target. The second is like the US Predator, which can be equipped with missiles. Either type will work, as long as it has the range. For the latter type, you'd have a "carrier" UAV with 2 anti-ship missiles, that could be sent on a one-way trip to extend its reach/range.
To start, we'd use intelligence data to determine the probable location of enemy ships. Then you can send surveillance drones up to see if they're actually there. The IAI Heron, for example, has 50+ hour endurance and 3,300 km range:
Once the enemy ships are found, you'd deploy armed UAV's to attack it, or even a mix of armed UAV's and manned strike aircraft & fighter escorts.
The armed UAV can be used as the primary assault weapon, or a "force multiplier" in support of manned aircraft. The defender would have to contend with enemy aircraft, plus large numbers of armed drones with a variety of targetting systems (radar, IR, electro-optical, operator-guided, etc) to make soft-kill difficult.
Now, the problem with UAV's is that most of them have limited range and cannot be refuelled in mid-air. If we were to go with a "carrier UAV" concept, it's possible to program it to be refuelled in mid-air. Maybe even from unmanned refueling drones (!). I think this technology is very possible to do with today's technology and is not in the realm of science fiction. BUT it will take the PLA at least a decade to develop and deploy. I'm not expecting something as advanced as the Dassault Neuron.
Armed UAV carriers with 1,000-2,000 km range on internal fuel, plus mid-air refuelling capability, equipped with 2 x anti-ship cruise missiles. If this type of platform can be developed and built in large numbers cheaply, I think it might work in keeping CVBG's at bay. Plus, unlike aircraft, the UAV can be stored in sealed containers with 10-20 year shelf life, ready for use within minuets.
What does everyone think?
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