It proves that against a lone 1300ton corvette equipped with a small hull mount MF active/passive array that an SSK, even an obsolete one, in the shallows can be a threat. I dont really know how much of a revelation that might be?.
I dont know what relevance you think that might have for a trans-oceanic navy who would have active low-frequency towed arrays and ASW choppers with advanced dipping sonar to counter just such a threat?.
I think is important, because these kind of operations so close with the borders are not done by some happy sailors doing their travel alone, remember it was an ASW ship, and in general there is ..or should be some kind of information sharing and reconnaissance linked with any ship’s operation.
If it had a MF sonar it should have detected the ‘noisy communist’ -haha- submarine.
The problem is that sonar is not that great sensor as is published or promoted in popular novels.
Not even the LF sonar…which it works to detect at longer range, but if a submarine mostly emit at MF frequencies, then how great is this tool?
An Ssk can sink a carrier stronghold, it just don’t have the speed to persecute it.
This is not surprising at all, the surprising thing is that (if was a submarine strike), the torpedo actually hit the target..this IS the important detail.
Such nice clean strike for a submariner with only 1 torpedo, without any warning, is something that even the US Navy SSN force would be jealous about
If was a submarine
http://www.krqe.com/dpp/military/holloman-f-22s-will-deploy-to-japan
Let’s see how Baby Kim’s youngest son handles this escalation. :diablo:
Oh look the Craptors are coming..everybody is pissing their pants :rolleyes:
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Aside all the political babbling and tough guy attitudes..IF the North Koreans sunk that ship, this would show that small diesel submarines are still a great treat, wonder what submarine is the suspect.
Specially since it does not seem to be any kind of report about a previous warning from the ship, and seems they were not aware of any submarine operating near, and this without counting how unpredictable is naval warfare, specialty from the submarines (sonar is not the best sensor ever…)
If the NK Navy did it, that was a very successful attack, and prove that SSK’s are still very valuable.
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Returning to the political trash talking, the US is stuck in 2 wars already, nothing will happen, we don’t know if the SK ship was in NK waters, we don’t know the context of all this issue, we must consider as well that there are (apparently) elections running right now, so all this “torpedo issue” easily could be a fabrication.
If the NK navy did it, well..they knew when to do it…nothing will happen
will equal F-22 RCS in all angles
You mean the 0.3 m2 that russians give for the F-22? then i guess yes…
I don’t get how a obese and conventional airframe/program as the Raptor got such incredible credibility
Must be, because all that marketing around it.
Thanks God i never liked simulators or video war games…
BTW, for the AI guy…. anything can be structurally superior than the Raptor…since it got 5 tons of patching…so much for superior western engineering
I’m not saying one is better than other, I’m actually figuring out some key features that the T50 does have and will be actually structural challenges, any good engineer with structural knowledge and experience could find them out easily, and know what I’m talking about…. but seems is clear most people in this board are just kids, worthless discussion actually.
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Anyways, back to the topic, seems the painted aircraft was real and not a fake picture, now this is important since the nose does have the ‘radiation’ sign, also it seems the radom is very small, at least compared with the Su-27
I don’t want to side with the LM zealots, but really the bashing over this unfinished program is exaggerated.
there are things that we don’t know..can’t we take a break?
Regarding the A, B, C, i would say that the B version is the most ilogical of all, the US amphibious operatives will get an over complicated..over specified plane to replace their simpler lighter harriers, will be fun to see the maintenance of these planes for amphibious..probably maintenance was the key-word to reject the Sea-Apache.
The B is great for the small european carriers though..the UK forum members should thank LM, and the US MoD…since because of them the ‘marines’ will have nightmares for something the europeans will enjoy… oh of course the ‘marines’ will get the stealth ..yeah..the stealth thing…waiting for their EW jammer planes i think…CAS…is called..??
The A is obviously the most important version, the most advanced on testing (i think), and the most practical according their requirements, and probably will be a successful plane.
The C…remains to be seen, let’s see if these composites can resist carrier landings.
Probably, while the B is the most complex, the C will be the most challenging, and risky, i don’t get why people think this one should be the standard , it will be oriented for low speed, high drag, probably -and most likely- not the USAF doctrine for bombers or attack planes, so can somebody explain me why all this love for the ‘C’?
The Holy S-duct was never a ‘rule for stealth’, the Nighthawk went out w/o the Holy S-duct.
Then came planes with higher performance, higher inlet flow, bigger engines, then the engineers found that Ram was not a great material for grid or blockers for all that flow, due FOD ingestion
Then the Holy S-duct came to save these troublesome 80’s days
Then the materials did advance and once again different houses are fitting blockers for their planes.
If this pakfa thing won’t make any use of the Holy S-duct, that would be great, simpler is better..things get complicated when you actually…can’t…and probably the russians can.
Remember they did test the S-37 an old 80’s design…the 144..another old design..oh God…they both had the Holy S-duct!….funny russians.
I have to say your explanations about the difficulty of making stealth aircraft with canards make me realize many things, i agree with you completly about that.
Would like to know what the em745 guy explained :confused:
The only one that posted some ‘explaining’ data was ‘obligatory’
There is nothing to explain, is just another popular myth, US designers did not want canards even before the stealth ‘magic’
As I understand it, it was Harry Hillaker (google him if you don’t know him) who said it, and he said (in the context of a technical forum where French and British engineers were putting forward the merits of close-coupled versus separated canard deltas) the best place for a canard was “on somecne else’s airplane”.
The guy who designed one of the most successful fighter aircraft of all time, what would he know… in case you don’t know, he studied canards for that design and didn’t use them.
This kind of comments filled whit cold war bravado are meaningless for me, go tell this kind of garbage and the KISS *principle*…to another one
The US designers never liked the canard delta configuration for their requirements
Thats all, no need to bash
most successful fighter aircraft of all time
:rolleyes:
Hint
Mig-21…
Anyways.. was talking about the stealth context *Not a single solid evidence for the canard/stealth issue*
Th canard-stealth issue is just another myth taken to fill up pages on crappy books
For me, the Tejas seems to be a smarter design
A small airframe with high wing and without additional controls, like canards or tailplanes, are such controls that relevant for such small airframe? with the advancements on aerodynamics and FBW research?
The wing is more complex, it topology is interesting, while is using very conventional intakes, it’s me or the gripen ones are larger?
The Gripen is a bit boring while the Tejas at least try to explore new solutions
If that classify for ‘beautifulness’…well, then the tejas is clearly ahead
Neither do you though. However the folks that are designing the equipment probably know a thing or two. 😮
Oh yes,i do
Your knowledge (as for many…and specially for that djcross guy and his fairy land) on the topic is based only on marketing slogans , not scientific-technical papers,while i’m not an expert i have read a couple of them
You don’t even try to understand how all that stuff really works..because all your fantasies would banish pretty quickly
So this kind of discussion ends in a technobabble salad about LPI, AESA, stealth, RCS, LOAL…IRST, etc, etc,etc…not very different from cheap and absurd scifi series
So some idiots pull out their marketing slogans and put them into movie scenaries ..moscow bombed…the s-300 vs the F35…finding out…something with radar imagery? really ….what is the range for it? how much energy you need to spend for it? is really practical?…no is not
Not a single phrase about the theory of information, the limitations of your holy LPI ‘mode’ and ESM magic over it.
Passively you wont hit anything
That’s the harsh reality
Kid1: I got stealth
kid2: I got my s300
kid1: But i got sensor fusion
kid3: Also Lpi and Aesa! wow!! AESA!
kid2: But igot my L band radar
kid3: But i got my ESM stuff..yeah
You don’t even know what are the real life limitations for all that crap
IMO this is the shuttle’s replacement.
An affordable and cheap shuttle, the old shuttle had bigger dimensions for Nasa’s requirements ,like the space stations programs, the hubble and other ordnances..and of course the manned program.
All these things are not needed for the X-37 since is obvious that both space programs (for civilians and the military) are now a bit more separated between the Orion (?) program and the x-37
By reducing the RF/IR returns to nearly non-existant levels
Ah…yeah..ok :rolleyes:
So this is the replacement of the shuttle for the USAF? did not they had enough with all the shuttle’s headaches?
I still don’t understand it..why a spaceplane, they really want to capture russian/chinese satellites?
Wonder what are the differences between canards and tailplanes
Remember, these are control surfaces, the lift generated by the canard is very small, i don’t think that canards are very efficient for roll maneuvers, and since they are based on lift, probably they have a degrading efficiency, probably at higher speeds, near or above supersonic they are not that good as tailplanes.
Different requirements, different solutions, Europe wanted something to increase the wing’s-aerodynamic-lift performance, the US did want just more solid controls.
No fear,no fiasco, no lack of US designers capability…ah and no stealth
They all fall into the “moderate observable” category.
Check that both ‘moderate’ LO do have canard or tailplane ,exactly as i have said
The canard has the same effect as the tailplane.