The antenna in question you should be looking at is the HN900/Type 922-1. It is a tall cylinder and is used for datalink over Link W which is the French interpretion of Link 16.
Considering that Link 16 has been around for a long time, it is not a big deal. The question is the degree of information and data that is being exchange and how it integrates into the shipboard C3 system blah blah blah associated with CEC, net centric blah blah blah.
Targeting data, almost certainly since the antenna is also found on the FACs. Track exchange, question mark although probably. Anything more than that is a stretch due to bandwidth issue unless the Chinese have a new protocol we are unaware of.
As for datalink between planes, i think it is good to assume so since the same thing has been exhibited by IAF crews in their recent execises with those USAF F-15s.
If you put MRBMs into the picture, the Pershing with its radar terminal homing would also be in the list with a est. CEP of around 30m!
The so called TW deterrence is based on the Ti Ching MRBM program. The first test launched appeared to have occurred in Sept 2003 with a range of 900km (expected range is supposed to be between 1000-1500km). There were reports then, but they seems to be confused with the LACM program.
I am surprised that there is no US pressure to end this program since it had been openly reported in Janes entry on ROC and they did pressure TW to end the earlier Tien Ma system
Could the Chinese be using a standard commercial trick? Talk to one potential supplier and use that to pressure the other to get a better price? After all, there are widespread reports of the Chinese negotiating over the IL-76/78 and haggling over the price tag.
Irregardless whether this deal over the Anontov goes through, it does strengthen their hand in negotiations with the Russians now. I know the IL-76/78 Midas represents a different class all together but they could threaten to buy less units of the 76.
Mriya is one of my favourite aircraft because of its sheer size. But I wonder about the utility of such a aircraft in military use because it is putting alot of eggs in one basket in a single airlift.
Nice photos of the Rajput with the Brahmos. Can I ask a simple question? Does the Bramhos make use of the existing FCRs and radars for targetting? Or is there any specific radars needed (during the test)?
Ok, time to get some facts straight.
UNREP operations at sea right now is limited to stores, munitions and missiles. Missiles in this case are small ones, like AAMs for aircraft carriers and so on and is supplemented by VERTREP.
VLS loading at sea is next to impossible especially for something the size of a HHQ-9. The USN only has a prototype systemUSN and current does not have a capability to reload at sea.
Having been to naval bases and watching their maintenance activities, you will notice that most bases world wide have a mobile crane and a cherry picker. The purpose of this two equipment is to allow the removal of equippment, notably radars/antennas from the top mast of the ship. My guess is, the equipment on the chinese ships/russian ships are just to facilitate the job.
The JIMO mission is important because of the nuclear electric generators. It is a scaled version of the ones that will be eventually deployed for manned missions.
I had another look at those pics of the loading sequence, and I remain convinced that they could indeed be reloaded at sea. The addtional loading equipment needed may already be aboard and stowed away. If they were intended to be reloaded purely in port, then what would be the point of installing seperate cranes for each VLS bank?
You can’t reload at sea even with the cranes and reloader installed. I had studied the issue with the Russian Varyag CG and its battery of SA-N-6. Have a look at these photos. According to information i have obtained from indirect Russian sources, the cranes are indeed used to handle the missile canisters, but it is never done at sea due to risk involved. Having them on board means there is little worry about resupplying at a port which does not have the necessary facilities.
See attached. Photos taken at IFR 2002 at Tokyo bay by japanese (unfortunately, his website is down now)
Ah, but, have we concluded already that they can not be reloaded at sea? They have their own cranes mounted with the VLS cells, you can see them clearly. The USN is removing similar cranes from it’s AEGIS ships, as the need to reload at sea is not seen as a high priority. But could it be something the Chinese want to have working – at sea.
The loader for the missile canisters are missing. There were complete pictures of the canister loading sequence at port awhile back and i was hoping to have a good top view of cells to confirm the crane and the reloader.
Having seen them and these new pictures, you probably cannot reload at sea. You can see the crane (covered by what seems to be a fibre glass canoe) but not the loader.
The missile canister is supposed to rest on the loader horizontally (lifted by the crane) and the loader will erect to a vertical position to slide down the canister.
Si MMICs: Google around. SiCi MMICs are being research now by all major countries as a replacement for GaAs type MMICs. That is why I think PLAN shouldn’t waste the money for an GaAs active array system and use a existing passive system on the 052C. Use a good enough system, spend the savings on research on something even better.
CLC-2: Suspected that you are refering the the wrong thing 🙂 I was wondering how the radar for the Type 95 could be a phased array :)YLC-8 should also be a phased array system.
Fregat:
http://www.milparade.com/security/23/094.htm
http://aa.1asphost.com/tonyart/tonyt/Applets/ArrayScanning/shape.html
The Fregat is actually a frequency scanned radar(see p1 milparade) with an array antenna. So if you want to say it has a phased array, you ain wrong. But it is neither passive nor active one.
Do you have anymore chinese websites to share?
Oh, CLC-2 is not a PPAR. It is a multi mode S-band PD radar, but definately not a passive phased array. That is stretching it.
And comparing MESAR with the Fregat-MA is comparing apples to oranges. It’s like comparing a SPS-52 to a SPY-1A.
Fregat-MA is normal, mechnically steered 3D search radar using frescan with a planar array element, not even close to a PPAR like SPY-1A.
Use another alternative to GaAs MMIC, such as Si based MMICs.
WWII: Gotta be those IJN destroyers/cruisers Tone/Mogami. Extremely underated and extremely overarmed for their size. Generally overshadowed by the BBs.
One thing we have completely no information is concerning any sub-launched CM. It would be a natural evolution and probably the most dangerous.