broncepulido

Working in a Gulf 1991 scenario, casually the 9575 Lynx HAS.3GM 90 entry is the only Lynx naval variant without radar, and uncapable to use Sea Skua with semi-active radar homing guidance! (No, I see now also the 9557 Lynx Mk90B 01 (Denmark/Sea Spray Mk1), 9560 Lynx Mk88A 06 (Germany/Sea Spray Mk3), and 9572 Lynx HAS.2 85 (UK/Sea Spray Mk1) entries.

I see Loadout 54452 GP for 8810, 8811 CF-188A and 10909 FA-18D has not any bomb or similar. (Also Iraqi Mirage F1EQ-5-200 with sea search Agave radar has not any loadout with AM.39 Exocet, as historically carried, and loadout 55820 SEAD (also employed by other Mirage F1) is equipped with 2xArmat, the limit should be 1xArmat or more specifically the older AS.37 Martel employed by Iraq. The 18582 AM.39 Exocet is used in 55822 loadout of Mirage F1CT, and could be employed by Mirage F1EQ-5-200, but reducing from 2xExocet to 1xExocet. But I think these aircraft are not yet revised).

In simplified? Chinese: https://read01.com/R3PB7Q.html

Some confussion in two Spanish CN-235 entries, both identical in the DB at this moment: - Entry 8856 CN-235MPA D.4 (2010) is a correct maritime patrol type. At current times 8 maritime patrol aircrafts in service in Spain (Sometimes one deployed to Djibouti/Camp Lemmonier in Operation Orion, controlling sea lanes). - Entry 8855 CN-235MPA T.19B should be a pure transport type named CN-235-100M T.19B, without SS radar, FLIR or ESM, and probably with loadouts 56725-Cargo and 52726-Assault. At current times 8 pure transports in service in Spain. Pure Spanish transport CN-235-100M T.19B, without search radar, ESM or FLIR (You can read with difficulty T.19B on the vertical tailplane): https://commons.wikimedia.org/wiki/File:CASA_CN-235,_Radom_Air_Show_2007.jpg https://es.wikipedia.org/wiki/CASA_CN-235#Operadores

Details on the Charles de Gaulle refit (of course not a priority): http://www.navyrecognition.com/index.php/focus-analysis/naval-technology/5119-in-details-french-navy-aircraft-carrier-charles-de-gaulle-mid-life-refit.html In short as game effects: - DRBJ-11B replaced by SMART-S Mk2 HF/SS. - DRBN-34 replaced by Skanter 6002, 2D AS/SS (at least 27 nm range, just to horizon limit): https://www.terma.com/media/122862/6000_brochure_6000_web_2010.pdf https://www.terma.com/media/211431/brochure_security___surveillance_radar_scanter_6000_-_naval_surveillance_radar.pdf http://www.naval-technology.com/news/newsterma-tests-scanter-6000-radar-capability - New IRST: ARTEMIS. - New Electro-optical system: EOMS NG.

In Navy Recognition: http://www.navyrecognition.com/index.php/focus-analysis/naval-technology/5119-in-details-french-navy-aircraft-carrier-charles-de-gaulle-mid-life-refit.html

The serial numbers of the six F-35A deployed to Lakenheath: https://theaviationist.com/2017/04/16/here-are-first-u-s-air-force-f-35as-landing-at-raf-lakenheath-for-their-first-european-deployment/ News reports update, 8xF-35A (Not 6?) from the active-duty 34th Fighter Squadron and Reserve 466th Fighter Squadron of Hill deployed in UK Lakenheath and 2xF-35A later in Amari, Estonia in April 2017: http://www.defensenews.com/articles/is-estonia-the-f-35s-next-stop-in-europe

I think B-2A is capable to carry 2xMOAB (One in each bomb bay), but not implemented in the DB. Here (Sorry, I see is the heavier GBU-57 MOP, and is implemented in the DB as B-2A loadout): https://theaviationist.com/2013/10/28/b-2-mop/

The Russian warships are apparently http://www.royalnavy.mod.uk/news-and-latest-activity/news/2017/april/15/170415-sutherland-escorts-russian-warships

Aftermath of the aftermath, USS Porter returned to Rota (and a new great photo of cmdr Andria L Slough): https://news.usni.org/2017/04/11/destroyer-uss-porter-returns-homeport-following-tomahawk-strike-uss-ross-remains-station

Historical updates: https://news.usni.org/2017/04/07/russia-sends-frigate-mediterranean-following-u-s-retaliation-strike-u-s-destroyers-remain-station?utm_source=USNI+News&utm_campaign=5dc6b7e5e5-USNI_NEWS_DAILY&utm_medium=email&utm_term=0_0dd4a1450b-5dc6b7e5e5-231039869&mc_cid=5dc6b7e5e5&mc_eid=f9dfe1a0a1 https://news.usni.org/2017/04/10/russia-sends-warships-toward-syria-following-u-s-tomahawk-strikes

Sources: https://news.usni.org/2017/04/07/us-planned-executed-tomahawk-strike http://navylive.dodlive.mil/2017/04/07/u-s-navy-destroyers-launch-strikes-on-syria/ http://www.foxnews.com/world/2017/04/07/russian-warship-steams-toward-us-destroyers-that-launched-syria-airstrikes.html https://turkishnavy.net/foreign-warship-on-bosphorus/foreign-warship-on-bosphorus-in-2017/ http://www.public.navy.mil/surflant/ddg78/Pages/default.aspx http://www.capitalgazette.com/news/nation_world/ph-ac-cn-usna-uss-porter-commander-0408-20170407-story.html http://eutoday.net/news/putins-bluff http://gonavy.jp/VP_Deploy71f.html On the issue of SeaRAM installation in the four Rota forward-deployed Burkes: https://news.usni.org/2015/06/24/surface-navy-concerned-reduced-destroyer-modernizations-will-increase-risk-in-future-fights

File Name: USS Porter Again, Grigorovich Aftermath, April 2017. Historical Scenario/Alternate History Scenario. File Submitter: broncepulido File Submitted: 09 Apr 2017 File Category: MEDC A Harpoon Commander's Edition scenario for EC2003 Battle for the Mediterranean Battleset and the HCDB2-170407 new standard 1980-2025 Platform Database. This scenario is designed with advanced Scenario Editor and to be run with HCE 2015.008+ or later. This scenario is designed to be played from the Blue/US side or from the Red/Russian side. You should play a few times first the Blue side to avoid spoilers, and only later play the Red side. Image: USS Ross (DDG-71) fires a Tomahawk land attack missile the night 7 April 2017 against the Syrian airbase of Al-Shayrat. U.S. Navy photo by Mass Communication Specialist 3rd Class Robert S. Price, and in consequence in public domain, took from http://navylive.dodlive.mil/2017/04/07/u-s-navy-destroyers-launch-strikes-on-syria In the very complex world situation of early 2017, and as consequence of a successive chain of events begun with the taking charge of Vladimir Putin as 4th President of Russia in 2012, USS Porter (DDG-78) was a very busy warship under the command of CDR Andria Slough, former deputy director for the Joint Maritime Ballistic Missile Defence Operations and Training. After her participation in exercises Sea Shield and Dynamic Manta 2017 (Both depicted in previous Harpoon HCE/HUCE scenarios), on 6 April 2017 she and USS Ross (DDG-71) were called to launch Tomahawk missiles against the Syrian military airbase of Al-Shayrat. Both were two of the four Burke-class destroyers forward-deployed at Naval Station Rota, Spain, for Ballistic Missile Defence (BMD) tasks and SeaRAM, integrated in the new CTF-64, created in July 2015 (It was a crash program, as the four Rota destroyers are equipped with an older Aegis baseline that requires the ship to operate in a BMD mode or switch to the traditional aircraft and cruise missile defence role, and in consequence without SeaRAM are almost without self defence missiles, counting only with the Phalanx) and arriving the first ship at Rota in 24 September 2015. The Tomahawk salvo of 59 missiles was ordered by President Trump to prevent Syria's President Assad to use again nervous agents against civilians in Syria, as employed previously a few days earlier on April 4 in the town of Khan Sheikhoun, where several dozen civilians, including many children and women, were killed by what appears to be sarin gas. As was suspected the presence of Russian technicians in the Syrian base to be attacked, the missile strike was warned with time to Russia, the base evacuated before the arrival of the missiles, and the human victims were scarce or none. In the attack aftermath, on 7 April 2017, agency news reports informed of the Russian Black Sea Fleet brand-new multipurpose frigate Admiral Grigorovich sailing from the Bosphorus Strait to Eastern Mediterranean, suggesting a possible Russian naval retaliation against the US ships launching the missiles. The much-hyped in the news Admiral Grigorovich is the first Russian ship of Project 11356, a derivative of the old Project 1135/Krivak, and exported from 2003 to India as Talwar-class/Krivak V. Of course that was a usual movement of Russian warships going to and fro, but this limited scenario speculates on the possibility of a Russian retaliation on those premises. Enrique Mas, 9 April 2017. Click here to download this file

At least in the DB both have 40xTomahawk, very near the 30xship fired in this action!

Cdr. Andria Slough, USS Porter, in a more clear photo: http://www.capitalgazette.com/news/nation_world/ph-ac-cn-usna-uss-porter-commander-0408-20170407-story.html

On Perdix and other micro-UAVs swarms, fot the future history: https://www.washingtonpost.com/news/checkpoint/wp/2016/03/08/inside-the-secretive-pentagon-office-planning-skyborg-fighters-and-drone-swarms/ https://warisboring.com/imagine-f-16s-deploying-swarms-of-tiny-drones-8c6593fe51c6#.glcsfd99c https://www.defense.gov/News/News-Releases/News-Release-View/Article/1044811/department-of-defense-announces-successful-micro-drone-demonstration https://www.defense.gov/Portals/1/Documents/pubs/Perdix%20Fact%20Sheet.pdf http://www.popularmechanics.com/military/research/a24494/chinese-drones-swarms/?src=social-email

For a upcoming scenario: I see entry #8850 S-79B1 HS.23 03 (Spanish Navy Seahawk 2003+) has not radar nor sonar (a slip obviously). As consequence it can be only employed for anti-surface attack. Also, older entry #10702 Seahawk HS.23 88 (Spanish Navy Seahawk 1988-2002) should have not FLIR, as showed in this photo (last photo, ID 53097): http://www.helis.com/database/cn/2908/

More problems for F-35 operations, headline: "Plan to service UK F-35 jets in Turkey sparks security concerns" http://www.bbc.com/news/uk-politics-39501299

3943 CVH Izumo (I think a not yet overhauled entry, but to be deployed in the hot Indian Ocean and South China seas from May to July 2017) has only basic sensors, Navigation Radar, OPS-28 and FCS-3 PAR. Sensors should be apparently OPS-20, OPS-28, OPS-50, OQS-23? (No data on OQS-23, in my notes listed as with a OQS-4 previously. Also in my notes is also referenced a OQR-2 TACTASS/SQR-19A(V), but I don't see now the reference, but apparently is not in Izumo, see below). OPS-50 is employed by 16/18DDH Hyuga, 19/20/21DD Akizuki and 22/24DDH Izumo. Is a big four faces AESA C-Band search radar HF/AS/SS, 200 nm range. FCS-3 is a smaller four faces AESA X-Band fire control radar, is employed by 16/18DDH Hyuga. FCS-3A, a derivative, is employed by 19/20/21DD Akizuki, adds control for 127mm gun (air and sea targets), previously is employed only for ESSM in Hyuga-class. https://en.wikipedia.org/wiki/FCS-3 The initial question was, what's an OQS-23? But the answer is a little long ... (to be edited and processed with more time): Sonars from the Japanese Wikipedia entry: https://ja.wikipedia.org/wiki/%E6%B5%B7%E4%B8%8A%E8%87%AA%E8%A1%9B%E9%9A%8A%E3%81%AE%E3%82%BD%E3%83%8A%E3%83%BC#OQQ-21 JMSDF second generation sonar was SQS-23 OQS-3 is equivalent to SQS-23 At the Maritime Self-Defense Force, while installing the above-mentioned American-made machines and their licensed production machines, they were also searching for domestic production. At the time of the Showa 37 planned ship, the state-of-the-art AN / SQS-23 manufactured by the United States was equiped, and a domestically produced OQS-3 with nearly equivalent performance was developed and equipped. It evolved into OQS-101 and was updated by OQS-4. OQS-3 In the Maritime Self - Defense Force, we first developed T - 1 which is a searchlight sonar using nickel magnetostrictive material, and T - 2 which is a scanning and sonar using an alfero magnetostrictive material, but both are inadequate in terms of performance Since it was there, it did not lead to equipping. From this, from the first half of the 1950s, an attempt was made to commercialize the practical sonar ten years later, and it was prototyped as T-3 from 1954 to 1954. Meanwhile, the material of AN / SQS-23 which was developed a little ahead of time was provided, and it was utilized to determine the oscillation frequency etc. The prototype was completed in March 1959 and was mounted on the escort ship "Wakaba", and from spring of 1963 it shifted to marine technology test. Although considerable trouble occurred in the examination, it was overcome by the public and private unity efforts, and eventually it was detected under the same conditions as AN / SQS-23. After the practical test from March 1943, it was formulated in 1964 and it is called the 66 type search trust OQS-3 [10]. Started to be mounted from the planned ship in 1964, and finally 23 were equipped with [11]. Note that OQS-3 is NEC, OQS-3A is handled by Hitachi In this machine, the electrostrictive transducer by barium titanate is adopted as the transducer. As for the reception format, the conventional sonar used scanning reception, whereas the stand-by reception was adopted in this unit, so signal energy can be positively integrated, and the SN ratio is large It was improved [12]. In addition, the AN / SQS-23 in the United States was aimed at a frequency of 4.5 to 5.5 kilohertz and a detection distance of 9,100 meters. The TR - 208 transmitter was housed in a large ship 's neck dome, and 432 transducers using barium titanate electrostrictive transducers were arranged in a cylindrical shape as 48 staves Users: SQS-23: Yamagata type anti-submarine destroyer (37 - 39 DDK) Takatsuki type multi-purpose escort ship early type (38/39 DDA) OQS-3: Mineko type versus submarine escort ship (40 - 42 DDK) Traverse type multipurpose escort ship late-stage construction type (40/41 DDA) Haruna type helicopter escort ship (43 / 45DDH) Aooku type versus submarine destroyer (44/46/49 DDK) Shikigotean escort ship (42 - 48 DE) Mineko type versus submarine escort ship (40 - 42 DDK) Traverse type multipurpose escort ship late-stage construction type (40/41 DDA) Haruna type helicopter escort ship (43 / 45DDH) Aooku type versus submarine destroyer (44/46/49 DDK) Shikigotean escort ship (42 - 48 DE) EnglishSpanish---------------AfrikaansAlbanianAmharicArabicArmenianAzerbaijaniBanglaBasqueBelarusianBosnianBulgarianBurmeseCatalanCebuanoChinese (Simplified)Chinese (Traditional)CorsicanCroatianCzechDanishDutchEnglishEsperantoEstonianFilipinoFinnishFrenchGalicianGeorgianGermanGreekGujaratiHaitian CreoleHausaHawaiianHebrewHindiHmongHungarianIcelandicIgboIndonesianIrishItalianJapaneseJavaneseKannadaKazakhKhmerKoreanKurdishKyrgyzLaoLatinLatvianLithuanianLuxembourgishMacedonianMalagasyMalayMalayalamMalteseMaoriMarathiMongolianNepaliNorwegianNyanjaPashtoPersianPolishPortuguesePunjabiRomanianRussianSamoanScottish GaelicSerbianShonaSindhiSinhalaSlovakSlovenianSomaliSouthern SothoSpanishSundaneseSwahiliSwedishTajikTamilTeluguThaiTurkishUkrainianUrduUzbekVietnameseWelshWestern FrisianXhosaYiddishYorubaZuluEnglish OQS-101, comparable to SQS-26 Low frequency active / passive sonar developed in parallel with OQS-3. It is said to be comparable to the American AN / SQS-26 developed and deployed a little ahead, and it also corresponds to the connection with the OYQ-101 anti-submarine information system (ASW Direction System: ASWDS) [13] . Development began as a long distance discovery device T-101, and research trial production was conducted from FY 1979 to FY 1973, and technical tests were conducted in FY 1980 and FY 1940. Receiving the results, we tried again from 1947 to 1943, and carried out a technical test in 1964. In Showa 45 and 46, a practical test was carried out by carrying out a repair to install a prototype at the bow of the escort ship "Ariake" of the practical test team (present development team). Sonar is a large-sized machine with a diameter of 5 meters, which, due to its mounting, increased in size to 5.5 meters in total length and 230 tons in drainage volume. Also, in order to cover its large power consumption, it was a very large renovation, including an output of 225 kilowatts of diesel generator, so a year was spent on construction. After that, after the performance improvement test, it was formulated as 75 type search trust OQS-101 in FY 1972 This machine is the first sonor in Japan to support long distance detection by convergence zone (CZ), submarine recoil (bottom / bounce, BB). For this reason, at the beginning when the T-101 was prototyped, although a fluctuation correction device was added to reduce the influence of ship's rolling, it turned out that the mechanical noise of the device was an obstacle to sonar detection Then it was removed. In addition, although the deaerator was installed in the sonar dome, the effect was not recognized even though there was concern about the influence of the cavitation accompanying the vibration at the low frequency oscillation [14]. In operation and signal processing, new technologies such as sector scan indicator (SSI), adoption of LFM (linear frequency modulation) signal and correlation processing, automatic gain control (AGC), TDI (Target Doppler Indicator) Was done Although this machine had considerable high performance, it is a considerable weight as a price to compensate for it, and if it is mounted on a 3,000-ton class escort ship, a heavy-weight equipment occupying about 5% of the reference drainage is equipped on the bow Special consideration was required to do so. For this reason, the equipment ship was supposed to be only the Shirigayan type escort ship (50 DDH) [14], the equipment at a later date to the Haruna type (43 DDH) which was initially considered was not eventually realized [16]. Equipment method is similar to OQS-3 as a bow-equipped equipment (Bow · sonar) Users: Shirane-class 50/51DDH OQS-4 Low frequency sonar such as AN / SQS - 23 and 66 type searching OQS - 3 has been adopted in the anti - submarine destroyer (DDK) and multi - purpose escort ship (DDA) since the Second Defense Potential Development Plan. Although it had a detection distance that can demonstrate Max Range of Asrock, in particular in the waters around Japan, from the circumstances of the marine environment, such long distance detection is few in fact, at medium range (about several thousand yards) The detection and attack of the center was mainly. In addition, these sonars can expect long-distance detection because of low frequency, and detection is unstable, too. As a sonar of 52DD, Maritime staff staff members are Oliver Hazard Perry-class missiles of the US Navy It was a candidate for AN / SQS-56 of medium frequency (7.5 kilohertz class) adopted in frigate. However, at that time, the development of OQS-101, which is a revolutionary low-frequency sonar in Japan, has just been completed, and there are problems with defense equipment to shift to overseas products with only two of them It was thought. Also, if we utilize the domestic technology established and accumulated through the development of OQS-101, it was estimated that it can be produced without new development by reducing the risk associated with the introduction of the new model, so AN / SQS-56 It was decided not to import but this one to be selected. This was developed by OQS-4. Partial digitization was underway at OQS - 101, but it was expanded significantly with this machine. However, it was not as much as OQS - 102 or OQS - 5 which was completely digitized, but it was transitional. By making the major components semiconductive, miniaturization and weight saving are achieved, and by making the elements of the transducer independent type, it is only necessary to replace the element only when the element breaks down, and improvement of maintainability is also improved It was taken. In addition, as a benefit of digitization, improvement of signal processing technology and increase of processed signal quantity were introduced, addition of display format was added, and improvement of operability / detectability was attempted [17]. In addition, the last ship of the shirt type (61 DD) was concatenated with the OYQ - 101 anti - submarine information processing device (ASWDS) In OQS-4, OQS-3 and OQS-101 were equipped with ship-bottom equipment (Hull / Dome), except for racket type, whereas OQS-3 and OQS-101 were bow- There. Hull · dome was made of all steel as usual with 52DD mounted OQS - 4, but in OQS - 4A with 58 DD installed, it was made into rubber dome and rubber dome became standard in later sonar for escort ship Users: Hatsuyuki style escort ship (52 to 57 DD) Asagiri type escort ship (58 - 61 DD) Hatakase type escort ship (56/58 DDG) Third Generation JMSDF Sonar OQS-X At the 5th laboratory of the Technical Research Headquarters, element research such as researching active sonar target classification equipment was repeated from 1978 (Showa 53) degree to 1982 (Showa 57 years). Based on this, we began to develop a sonar system (OQS-X) that integrates multiple sonars such as active sonar and TACTASS and performs signal processing according to the ocean conditions and application, thereby enabling the operation to be optimized It was done [18]. Technical tests were conducted from 1984 (Showa 59) degrees to 1986 (1984) degrees, from 1986 (1986) to 1987 (1982), technical examination was conducted, 1988 (1983 ) Degree to 1989 (Heisei era) year, the practical tests carried on the special ship 'Akitsuki' were carried out. Although OQS-X was not put to practical use, signal processing / classification technology, common processing technology of signal processing, rubber sonar dome, etc. were said to be adopted for OQS-102 and OQS-5 sonar OQS-102 (Equivalent to SQS-53C) It is an evolved type of OQS-101, and it supports the connection with the OYQ-102 anti-submarine information processing device (ASWCS). It is said to be roughly equivalent to AN / SQS-53C in the United States. Users: Konjac type missile destroyer (63/02/03/05 DDG) OQS-5 Low frequency active sonar which becomes the successor of OQS-4. It supports the connection with OYQ-103 anti-submarine information processing device (ASWCS). In Takanami type it developed to OQS - 5 - 1 Users: Murasame type general purpose escort ship (03 ~ 09 DD) Takanami type general purpose escort ship (10 ~ 13 DD) Fourth Generation JMSDF Sonar (OQS-XX) We conducted research prototypes from 1987 (1986) to 1988 (1983) in the departmental research, 1989 (1989) to 1990 (Heisei 2), 1990 (Heisei 2) and Based on the in-house examination in 1992 (Heisei 1992), prototypes were made from 1992 (Heisei era 1992) to 1994 (Heisei era), and the prototype OQS-XX is a test ship "Asuka" (04 ASE ) Was installed. From 1995 (Heisei 7) to 1996 (Heisei 8), a technical test was conducted, 1997 (1997) to 1998 (1998) practical tests, satisfying the desired performance It was confirmed to exist, and it was formulated as a sonar for 01 type water craft in 2001 (Heisei 13) OQQ-21 First of all, OQQ - 21 was installed on the type (Hyuga 16/18 DDH). It is equipped with huge cylindrical arrays (CA) · sonar equipped with ship's neck as a practical aircraft based on OQS-XX, and a long flank array (FA) · sonar equipped with a ship's bottom, Incorporating the AN / SQQ-89 (V) 15 of AN, SQUAREOUS SIGNAL PROCESSING DEVICE (SDPS), signal processing device, anti-submarine information processing device (ASWCS) There [13]. CA sonar and FA sonar share the function, which makes it possible to secure the required detection performance in various operational environments ranging from a long distance to a short distance, from a deep sea area to a shallow sea area. Moreover, by applying broadband element technology which was newly developed after the trial manufacture of OQS-XX (research prototype from 1997), it is possible to align the obstacle avoidance ability by high frequency as well as low frequency for long distance search against antithesis Succeeded. Also, towing sonar technology has been applied to the function as a listener First of all, OQQ - 21 was installed on the type (16/18 DDH). It is equipped with huge cylindrical arrays (CA) · sonar equipped with ship's neck as a practical aircraft based on OQS-XX, and a long flank array (FA) · sonar equipped with a ship's bottom, Incorporating the AN / SQQ-89 (V) 15 of AN, SQUAREOUS SIGNAL PROCESSING DEVICE (SDPS), signal processing device, anti-submarine information processing device (ASWCS) There [13]. CA sonar and FA sonar share the function, which makes it possible to secure the required detection performance in various operational environments ranging from a long distance to a short distance, from a deep sea area to a shallow sea area. Moreover, by applying broadband element technology which was newly developed after the trial manufacture of OQS-XX (research prototype from 1997), it is possible to align the obstacle avoidance ability by high frequency as well as low frequency for long distance search against antithesis Succeeded. Also, towing sonar technology has been applied to the function as a listener EnglishSpanish---------------AfrikaansAlbanianAmharicArabicArmenianAzerbaijaniBanglaBasqueBelarusianBosnianBulgarianBurmeseCatalanCebuanoChinese (Simplified)Chinese (Traditional)CorsicanCroatianCzechDanishDutchEnglishEsperantoEstonianFilipinoFinnishFrenchGalicianGeorgianGermanGreekGujaratiHaitian CreoleHausaHawaiianHebrewHindiHmongHungarianIcelandicIgboIndonesianIrishItalianJapaneseJavaneseKannadaKazakhKhmerKoreanKurdishKyrgyzLaoLatinLatvianLithuanianLuxembourgishMacedonianMalagasyMalayMalayalamMalteseMaoriMarathiMongolianNepaliNorwegianNyanjaPashtoPersianPolishPortuguesePunjabiRomanianRussianSamoanScottish GaelicSerbianShonaSindhiSinhalaSlovakSlovenianSomaliSouthern SothoSpanishSundaneseSwahiliSwedishTajikTamilTeluguThaiTurkishUkrainianUrduUzbekVietnameseWelshWestern FrisianXhosaYiddishYorubaZuluEnglish OQQ-22 was installed in an Akishuki type (19 DD), which omits Frank Array · sonar based on OQQ - 21 while integrating OQR - 3 TACTASS [22]. AN / UYQ-70 continues to be adopted as a standard computer board used for signal processing and the like The OQQ - 23 is mounted on the mold (Izumo 22DDH), and it is composed only of the cylindrical array / sonar of OQQ - 22, with the flank array sonar and tow sonar omitted. In addition, since it does not carry anti-battle weapons of the same type in the same model, anti-submarine information processing equipment has also been omitted OQQ-24 OQQ - 24 is scheduled to be installed in Asahi Shima, based on OQQ - 22, it is supposed to update towing sonar to OQR - 4 and strengthened by - / multi - static correspondence function There. This is to make the transmission and the reception by different ship, thereby achieving higher accuracy Towed sonar (OQR) It is equipped with a domestic development of passive passive sonar as domestic development of American tactical tower sonar (TACTASS), and OQR-1, Murasame type, Takanami type, Koncho type equipped later on Hatsuyuki type and Rabbit type There are OQR-2 equipped with the mold, OQR-3 equipped in the second generation, OQR-4 scheduled to be equipped in the Asahi type (2 generations). Variable depth sonar (OQA) There is OQA - 1 as the Japanese version of American AN / SQA - 10. It was equipped in the Showa 40s and was operated in cooperation with OQS-12/14, but operation was limited as with prototype aircraft. Thereafter, American-made AN / SQS-35 IVDS was introduced and operated as SQS-35 (J)

Another irregurity discovered working in a scenario (when comparing 2009 with 2015 Burkes, is not exhaustive), only the latest two mounts are erroneous, with many void VLS. - Entry 3 Burke Flt IIA (DD103/09): - Mount 60114 Mk41 VLS x32 DDG79 05: 32xVLS, 26xTACTOM + 24xESSM (Quad-packed in 6xVLS) = 32 occupied VLS. - Mount 60155 Mk41 VLS x64 DDG79 08: 64xVLS, 28xTACTOM + 28xSM-2MR + 8xVL ASROC = 64 occupied VLS. - Entry 4 Burke Flt IIA (DD103/15): - Mount 60172 Mk41 VLS x32 DDG81 15: 32xVLS, 26xTACTOM + 20xESSM (Quad-packed in 5xVLS) = 31 occupied VLS, probably should be + 24xESSM (Quad-packed in 6xVLS) = 32 occupied VLS. (Affected Burkes entries 4, 5, 2221, 2122, 2265 and 2). - Mount 57361 Mk41 VLS x64 DDG81 15: 64xVLS, 24xTACTOM + 24xSM-6MR + 8xVL ASROC = 56 occupied VLS, lacks 8xVLS to be occupied, perhaps with SM-3. (Affected Burkes entries 4, 5, 6, 2122, 2265, 2 and 7).

Fascinating read on the Wikipedia entry, if true (range stated as 400 Km/216+ nm of Type 346 (CV Liaoning and DDG Type 052C), more on Type 346A (DDG Type 052D), no equivalent entry in other languages: https://en.wikipedia.org/wiki/Type_346_Radar

As stated in the own website: http://fa-18.wikia.com/wiki/FA-18_BUNOs_Wiki

Other one: https://www.theregister.co.uk/2017/04/03/gilmore_farewells_trump_government_slamming_the_f35_again/

Modification 2 April 2017: - Scenario updated to important changes of HCDB2-170401. - Ka-31 replaced by the new Z-18 Bat AEW. - US helicopters updated to latest variants. - F/A-18 updated to latest variants. - P-3C updated to latest variant. In consequence: - Altered unmatching loadouts and patrols recovered.