Austin,
Kuzbass received a VTG, this is a service overhaul that intends to increase the operational life of the submarine for 3.5 years (and then it will receive a further VTS or an RSM) it’s not a modernization program, it’s a simple overhaul intended to guarantee the operational life of the submarine after a particular number of years in service.
Submarines (and ships in general) undertaking an overhaul goes through an RSM.
Gepard also went through a VTG and so did Pskov and Obninsk before that. They could have received a new particular piece of equipment or not, but that doesn’t qualify the work as a modernization, contrary to the works been undertaken to Samara, Bratsk, Volk and Leopard – Project 971M.
Sainz:
How many large maneuvers did a typical HuAF unit take part during the times of the logbooks you mentioned? I mean joint operations with the Army (national ones) and combined ones with soviet and other Warpact units (joint in nature)
How many times a year the typical MiG-21 unit did real life missile shoots at the polygons of the Baltic Sea (or somewhere else), how much pilots from the unit fired real missiles each year?
What was the type of targets that the unit used to practice interceptions?, small fighters?, ECM-protected bombers?, Stand-Off Jamming Aircrafts?, high speed low and high altitude recce aircraft?, low altitude cruise missiles?, helicopters?
Those statements means that for an X total amount of failure events (let’s say, the total number of failure events that the MiG-23M fleet suffered in 178 was XXX) airframe and aircraft systems amounted “23%” of that total, while engine amounted “1,8%” and avionics “36,2%”.
What this means must be correlated with the total number of failure events and the fleet numbers. In a first sight this could mean that avionics were a bit unreliable, while the engine was reliable. If, “PER EXAMPLE” (this is a supposition) the total number of failure events in 1978 for the soviet MiG-23M fleet was “1000 events”, it means that you have 362 failures related to avionics, 18 failures related to engine, 100 failures related to aircraft armaments and the so.
Accord to March 14 2012 issue of JDW, Russia has officially desisted to revive and upgrade three Project 941 Akula class SSBN citing that the cost of the overhaul and upgrade of each submarine would be nearly twice the price of a Borei SSBN.
In happier news the first Il-38N antisubmarine aircraft for Northern Fleet was received recently according to declarations by spokesman Capt Vadim Serga on march 5.
Yes I know Vityaz is something else, I was, however, puzzled by this statement:
Комплексы С-300В4, называемые некоторыми источниками “Витязем”, предназначены для поставки Сухопутным войскам
называемые некоторыми источниками “Витязем” translates as “called by some sources “Vityaz” (champion)
So it was my question if this was an article mistake or is S-300V4 part of Vityaz system.
По данным Минобороны России, С-300В4 является модернизацией комплексов С-300В и С-300ВМ.
Are they saying that S-300V4 is a follow-on to S-300V and S-300VM?, so a better system than S-300VM or just an after-thought (maybe improved in some cases like COTS infusion, worst on others, just guessing)
Check also this:
Комплексы С-300В4, называемые некоторыми источниками “Витязем”, предназначены для поставки Сухопутным войскам
It said that S-300V4 is also called “Vityaz”…isn’t this a new statement?
Are those system factory new or refurbished?
So much doubts…the news reports also says a total of 30 divizions of S-300V4 would be procured…is not that a LOT?
Russian “Divizion” doesn’t mean “division” in english, but “detachment“, russian “diviziya” actually means division in english.
Basic PVO SAM organization unit is “divizion” (dettachment) each one consists of a ZRK (SAM system), multiple “divizion” could form a Regiment or a Brigade, various Regiments and Brigades could forms an Air Defense Division or Corps, various Air Defense Divisions and Corps forms an Air Defense Army (along Fighter Aviation)
Well, today with the military reform could be different, but that was the way it worked.
You are correct – I had made a slight over-simplification. Each T/R module in an AESA does incorporate a phase shifter, but this configuration causes fewer losses than those associated with a PESA module. I’ve seen figures of between 10 to 15 dB (a factor of 10 to 30) cited for the difference between the overall losses (combined losses from the transmit and receive paths) in a PESA and those in as AESA.
Hey Mercurius!
Over what kind of RF receiver? 15 dB is a lot of improvement if we’re talking about over current low noise logaritmic receivers (on the 3-4 dB margin)
Regards
Kaluga’s Research Institute of Radio Engineering (KNIRTI) has developed a series of new generation jammers (self protection and SOJAM) that have been anounced for Su-34, but at some moment (2001) it was anounced the interest to develop an specialized EW variant of the aircraft (using maybe an earlier generation jammer design).
Decision-wise would be the adoption of the SOJAM/SPJ equipment avoiding an specialized (and costly) new aircraft:
http://www.ainonline.com/airshow-convention-news/paris-air-show/single-publication-story/browse/0/article/jammers-help-keeprussian-fighters-alive-4958/?no_cache=1&tx_ttnews[story_pointer]=2&tx_ttnews[mode]=1
http://www.ausairpower.net/APA-Su-35S-Flanker.html
http://www.ausairpower.net/APA-Fullback.html
Interesting enough the old Su-27S/T-10S was slated to receive a sort of SOJAM at some point, the L-001S Smalta, a fighter aircraft version of the anti-HAWK/I-HAWK jammer used by different Mi-8 versions. It used a two pod configuration instead of a central (big) one.
KnAAPO
Su-30MKK (China)
Su-30MKV (Venezuela)
Su-30MK2V (Vietnam)
Su-30MK2I (Indonesia)IAPO
Su-30MKA (Algeria)
Su-30MKM (Malaysia)
Correct list
KnAAPO
Su-30MKK (China)
Su-30MK2 (China, Venezuela, Indonesia, Vietnam)
Only Vietnam’s Su-30MK2 have a suffix: Su-30MK2V. Venezuelan ones lack it (official information)
Su-30MKK: N-001VE
Su-30MK2 and Su-30MK2V: N-001VEP
Su-27SKM: N-001VEP
Su-27SK: N-001E
Chinese J-11 uses a modified N-001E that allows to use RVV-AE like N-001VE.
Su-30MKI, Su-30MKA, Su-30MKM uses N-011M Bars. All they three probably uses the same radar (off course, software ond RDP and DSP could vary, but who knows?)
Su-27SM uses N-001V (upgraded N-001VEP)
Pilot answered my question on his blog:
Поляна-Д4М1, Оса-АКМ, Бук-М1-2, Тор-М1
So it was not Buk-M2 😉
What an amount of slang there! 😮
Are you sure they’re talking about Buk-M2 or Buk-M1/Buk-M1-2
Those tests seems to be the same as for this footage:
http://pilot.strizhi.info/2007/09/24/4729
You see Buk-M1 (no way to say M1-2) and Tor-M1 supported by upgraded Polyana-4DM.
Pilot said this (this was the clearest post of such ”chat”)
Iglas shot precisely on the Falanga, on them also shot Strela-10 and Tunguska by guns. Targets flew to the right and to the left at the angles of 90-110 degrees. Saman launched for the Buk and Tor, flew towards them, from 10-20 degrees to the left even 30-35. For the Buk also were another drone (Peine a convered Kub) approximately on the course. Buk anywhere did not fall the characteristics of targets they must be….
Well that’s sort of translation.
It seems like they used different kinds of drones:
Falanga for Igla, Strela-10 and Tunguska (no version of such systems was mentioned). They performed OK
Saman and Peine for Buk and Tor. Buk performed very badly.
The seld-defence EW equipment of the TU cannot compare with what was used in the excercises. Mi-8SMV, Mi-8MTPI, Mi-8PPA, An-12PP and Su-24MP were all deployed at around 30 km from the missile batteries. And the targets were not easy either. Slow “SAMAN-M1” with 250m/s speed, RCS of 0.08m2 and fast RM 5V27 target with speed ~800m/s and RCS of 0.3m2. Now that is tough challenge for any SAM.
What is the source of this info Pesho?, I would like to track it down and research more on this topic, thanks!
Austin, that array looks like a PRS (passive ranging sonar), its dimensions are too small to be a true WAA (wide aperture array), along the hull of the 855 there must be at least three similar arrays.
Conformal array on soviet and russian submarines used to be just before the bow, in big vertical rectangular windows.
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 dont have enough details, but something doesnt make sense:
The stern (or it was the bow) of the corvette break the water after sinked…that means, the water is VERY shallow…
A 20 or 30 meters depth water is no home for an SSK…we are talking of just 60 or 90 feets of depth…no enough space for maneuvering, and very easy to detect from the air (well, the color qualities of the water would depend)….
If that was the depth of the water, I dont think a Romeo or similar is the author, too difficult maneyvering for that skipper…
Furthermore, the active sonar performance in that shallow water conditions is a crazy thing, so much multi-path reflections…I dont think a homing torpedo would work on that enviroment, not an old one for sure! (refer to RN torpedo expenditure on Falklands/Malvinas War on 1982)…
What do you think?