The armament completes two M2 12.7mm heavy machine guns, one at each
side of the main mast, and two Raytheon FIM-92 Stinger mounts (one on Dogan/Ruzgar classes) amidships for point defense. The Stinger
missile carries a high explosive annular blast fragmentation 3kg warhead
in a range (effective) of more than 8 km.
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Stinger SAM launch from a
Dogan/Ruzgar class missile boat. |
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Stinger SAM launch from a
Yildiz class missile boat. |
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P-347 Firtina, Ruzgar classFACM |
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Impressive photo of a Yildiz FACM |
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The radar antenna system.
Photo: Thales |
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An example of how the system operates |
The Dogan and Ruzgar classes have almost identical electronic equipment. The vessels have a BAE Systems WM28/41 multi-channel fire-control system that uses a combined radar antenna system. It is designed to provide continuous air and surface warning, navigation aid, combat information, target designation and weapon control. The mini combat system is a fast reacting system, including certain data handling facilities which are of great importance during operations in a multi-target environment. Its high-quality radar, provided with ECCM features, guarantees target detection and engagement at maximum weapon range.
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Dogan class fast attack craft |
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Ruzgar class fast attack craft |
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Yildiz class fast attack craft |
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SCOUT Mk2 LPI radar
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The Dogan class vessels have the Thales SCOUT Mk2 (replaced the Decca navigation radars in the 2000s), a Low Probability of Intercept (LPI)
short-to-medium range surface surveillance and tactical navigation
radar. Scout can be operated as a stand-alone mobile system for flexible
responsiveness. Additionally, the system can be operated remotely
(radio or line connection). It is an all-weather fully solid-state
system of high reliability operating in X-band radar feauturing
Frequency Modulation Continuous Wave (FMCW) and therefore has an
extremely low output power which makes the system ideal for cover
operations in hostile environments where radar silence is required and
thus its transmissions cannot be detected by ESM systems or radar
warning receivers. SCOUT Mk2 outstandingly detects targets in adverse
sea clutter conditions, thanks to its very small range cell size. The
system is also very suitable for coastal surveillance. The range of the
radar exceeds the 44km. The Ruzgar class vessels have still the Decca 1226 navigation radar.
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Modified photo of a Ruzgar class missile boat. For a high resolution image click here. |
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LIOD Mk2. Photo: Thales |
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LIOD Mk1. Photo: Thales |
Both Ruzgar and Dogan classes are equipped with a Thales LIOD Mk2 (the Dogan class boats received the system during their mid-life modernization program in early 2000’s and replaced the older LIOD Mk1) electro-optical targeting and acquisition sensor system. The LIOD sensor is for automatic, optronic tracking of air, for surface targets and against asymmetric tactics such as piracy and insurgency. The basic sensor set consists of TV and IR cameras in combination with an eye-safe laser range-finder. It is a passive sensor, which are difficult to detect and completely insensitive to ECM. In the electronic equipment there is also an electronic warfare suite SUSIE- 1. The boats of Dogan class have been upgraded with the installation of the Combat Management System (CMS) TACTICOS while the sub-class Ruzgar has the STACOS SEWACO (other sources report that they have been also retrofitted with TACTICOS). The Electronic Support Measures in the Dogan class include the Thales/Mikes ELDES-21 (replaced the older SUSIE-1), while the Ruzgar class have the ASESLAN ARES-2N (replaced the old SUSIE-1)
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Dogan, lead ship of the Dogan class FACM, in an exercise
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Mk137 launcher of Mk36 SRBOC |
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Mk36 SRBOC launch |
All three classes are equipped with the BAE Systems Mk 36 Super Rapid Bloom Offboard Countermeasures (SRBOC) Chaff and Decoy Launching System.This is a shipboard, deck-mounted, 6-barreled 130mm mortar-type array
that launches type-specific countermeasures against a variety of
threats. Following launch and dispersion, Mk36 SRBOC chaff and infrared
countermeasures are designed to lure hostile missiles away from ships
under attack by creating false target sets. The Mk36 SRBOC launching
system is controlled from the ship’s combat management system (see last
paragraph), and it is dependent on information provided by the ship’s
detection and threat analysis equipment. The Mk36 SRBOC consists of the
Mk137 launcher, firing stations at the bridge and CIC, the Mk160 power
supply, Mk5 Mod2 or Mod4 Ready Service Lockers (RSLs), and a selection
of munitions. Each vessel has two Mk137 decoy launchers.
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The vessels in the three classes |
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