TR Navy Turkish Navy|News & Discussions

[FaTiHan]

lol

 

[Quasar]

Metin GÜRAK receives information about Turkey's first national and local smart sea bottom mine, MALAMAN.
Technical specifications: *Diameter: 533mm
*Length: 1,800+ mm
*Weight: 600+ kg
*External body: Composite
*Sensors: Acoustic, magnetic, pressure
*Explosive type: Underwater explosive with plastic bond
*Working depth: 100+ m
*Drop platform: Ship, submarine, aircraft (adaptable to unmanned platforms)
*Fast heating and insensitive to bullet impact

 

[UkroTurk]

The Underwater Synthetic Aperture Imaging Capability Acquisition (SAS) Project for the development of the National Synthetic Aperture Sonar (MİLSAS) system was signed between the Presidency of Defence Industries and Meteksan Defence Industry Inc. We wish it to be beneficial for our country.

https://twitter.com/i/web/status/1811679840942043206

Up up up

İt's great news. With synthetic aperture sonar , enemy submarines could not hide themselves. I would love to see all boats of Tuzla class with SAS.

Synthetic Aperture Sonar - HISAS

Synthetic Aperture Sonar - HISAS

www.kongsberg.com

Kraken Receives Synthetic Aperture Sonar Order From NATO CMRE | Ocean News & Technology

Kraken Robotics Inc. received an order from NATO Science and Technology Organization (STO) Centre for Maritime Research and Experimentation (CMRE) for a Miniature Synthetic Aperture Sonar (MINSAS) System. The order followed an openly competed tender process and was delivered in Q4.

www.oceannews.com

• Kongsberg HISAS 1032 Dual-Rx Synthetic Aperture Sonar (SAS)

• High resolution: 5x5 cm SAS imagery, 20x20x20 cm SAS bathymetry @ 200 m
• Long range: 500 m @ 2.5 knots, 300 m @ 4 knots
• High area coverage rate: ~4.5 km2/h

There will be neither gap nor false alarm underwater.

 

[Fatman17]

 

[Saithan]

https://twitter.com/i/web/status/1816457605012664460

so wtf is this suicide jetski doing in Turkey

 

[Sanchez]

https://twitter.com/i/web/status/1816457605012664460

so wtf is this suicide jetski doing in Turkey

Probably lost connection or engine and drifted for days-weeks.

 

[what]

I wouldnt go close to that thing, wtf are people doing.

 

[Saithan]

I wouldnt go close to that thing, wtf are people doing.

unfortunately ignorance..... anyone with a brain would put distance to that thing and call the police. Warning our own people from approaching would, of course, result in people going closer.

Sad to say so.

 

[Strong AI]

{#ElectronicWarfare}
With its advanced receiver structure, high direction-finding accuracy, and powerful detection and identification algorithms, ARES 2-N is as silent and effective as it should be in # electronic warfare, ensuring the protection in the seas.
#ASELSAN

https://twitter.com/i/web/status/1816803546676826614

 

[Strong AI]

{#NavalSystems}
aselBUOY 100P Passive Directional Sonobuoy has an important role in anti-submarine warfare.

https://twitter.com/i/web/status/1817881667790323786

 

[Strong AI]

The foldable fin of GÖKSUR was tested in the Ankara Wind Tunnel.

An important test phase related to ASELSAN's Autonomous Close-Range Air Defense Missile System, named GÖKSUR, was carried out in the Ankara Wind Tunnel.

Currently developed by ASELSAN for ship platforms, GÖKSUR will provide air defense using TÜBİTAK SAGE’s BOZDOĞAN-DH missile.

Tested in the Ankara Wind Tunnel

The foldable fin within-visual-range missile model developed under the project was tested at 0.2 Mach speed with different angles of attack, yaw, elevator, aileron, and rudder using the model movement system and a 6-component internal balance in the Ankara Wind Tunnel.

According to information shared by the TÜBİTAK SAGE team, four pressure measurements were taken from the cavity behind the model to perform axial force correction caused by the holding arm.

The scans were conducted continuously as angle of attack scans and yaw angle scans. Measurements were completed in 13 out of a total of 361 scan tests. A total of 15 different control surface angles were used in the tests.

First exhibited at IDEF’23

Specially developed for naval platforms, GÖKSUR was first exhibited at IDEF'23 held last year. The system was specifically designed for naval platforms.

The system uses the BOZDOĞAN-DH missile, developed by TÜBİTAK-SAGE and updated according to the air defense needs of naval platforms, as the interceptor missile. The GÖKSUR Close-Range Air Defense Missile System is being developed within a product family concept and offers a solution with three different configurations based on a modular design approach.

The GÖKSUR Close-Range Air Defense Missile System features 360-degree threat elimination capability, new generation IIR seeker guided missile, multiple target interception capability, ability to operate independently and/or integrated with a platform, mid-course guidance with data link, and high single-shot interception probability.

Equivalent to RAM

The system, which will be equivalent to the US-produced RAM System, has the primary task of destroying anti-ship missiles targeting naval platforms in the air. The Turkish Navy has long faced an embargo on the supply of munitions for the US-produced RAM System installed on the MİLGEM ADA Class Corvettes in its inventory.

Roketsan is also conducting studies on the subject within the scope of the LEVENT Project.

GÖKSUR’un katlanır kanatçığı Ankara Rüzgar Tüneli’nde test edildi – Tolga Özbek

tolgaozbek.com

 

[Saithan]

{#NavalSystems}
aselBUOY 100P Passive Directional Sonobuoy has an important role in anti-submarine warfare.

https://twitter.com/i/web/status/1817881667790323786

FU.CK YEAH! this is what I was talking about. But I was thinking of something bigger and more permanent (kinda like an outpost) TCG could pay visit to these big sononuoys and do maintenance and such, or replace them with the ones that needs to be.. Solar panels and semiactive etc.

 

[boredaf]

FU.CK YEAH! this is what I was talking about. But I was thinking of something bigger and more permanent (kinda like an outpost) TCG could pay visit to these big sononuoys and do maintenance and such, or replace them with the ones that needs to be.. Solar panels and semiactive etc.

That defeats its purpose though, light, cheap, disposable and unlikely to get captured. These should be light enough that a TB3 could drop several of these if necessary.

 

[Saithan]

That defeats its purpose though, light, cheap, disposable and unlikely to get captured. These should be light enough that a TB3 could drop several of these if necessary.

Well, I was thinking some of the buoys were passive radar extenders or relay points. And could be either for Air or subsurface. Some of them could be for marine life research and completly harmless.

My point was to have a web of these in Mavi Vatan so that we could mark our territory. I'm sure people with extensive knowledge of radar and communication could find more ways it could be useful

 

[boredaf]

My point was to have a web of these in Mavi Vatan so that we could mark our territory.

Or we make a web of platforms (like oil rigs) that are used as an early warning/ first line of defence platforms. Fitted with radars, sonars, air defence systems and USVs to patrol our waters.

 

[zio]

Submarines becomes very cilient thats why passive sonobuoys is not useful for let alone use,but contrary they are very useful to detect subs if there are many ships with active hull mounted or towed sonar systems its called multistatik system.If 3 of them are distrubuted properly passive sonobuoys gets sonar waves returned from a subs you can track exact position of it that is the most difficult part of submarine warfare.

 

[Anmdt]

Submarines becomes very cilient thats why passive sonobuoys is not useful for let alone use,but contrary they are very useful to detect subs if there are many ships with active hull mounted or towed sonar systems its called multistatik system.If 3 of them are distrubuted properly passive sonobuoys gets sonar waves returned from a subs you can track exact position of it that is the most difficult part of submarine warfare.

Passive systems has longer detection and classification range than active systems, much more reliable for classification if deployed accordingly. Sonobuoys often deployed en-masse and across a large area and they are dispensable set of systems. However, the opposing side is smart enough to run an USV through sonobuoy-ed area and clean those, or jam the communication channels.

Some foreign companies also developed multi-static sonobuoys, which are active and pings in a certain (randomized) intervals to monitor an area. The challenge here is the durability but with the most recent battery tech (and energy harvesting techniques) this shouldn't be the biggest concern anymore but the need of communication.

However, in the end the warfare is a whole, not a singly picked aspect to evaluate. Once the sonobuoys are jammed the defending side would get the idea of a submarine presence in the sonobuoy-ed area and this is a sufficient information.

USVs will be the true game changer here with a decently capable passive systems (similar to Meteksan's fiber sensor) being deployed and staying afloat-passive and powering the sensors and processors.

 

[Sanchez]

That defeats its purpose though, light, cheap, disposable and unlikely to get captured. These should be light enough that a TB3 could drop several of these if necessary.

What happened to Aksungur sonobuoy launcher anyway? Maybe they haven't found the time to integrate it with all Aksungurs being over Iraq.