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Cutting edge Technology generated by the Islamic nations in the middle east

In addition to the 700 missile speed boats, the Iranian shipyards are now constructing several of the the following "Catamaran" type ships for the command and control and observations in the Persian gulf waters. This one was deployed 3 years ago.

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Further projects currently at the design stage are depicted below..VLS capability is an important design criteria for all.
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small scale model of the Trimaran with VLS
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TURKEY



Turkey is among the 10 countries in the World that can design, build and maintain their own Warships.


MILGEM - ISTIF class Frigate ( under construction )

Length : 113m
Displacement : 3000 tons
Range : 6000 nm
Speed : 29 knots

GENESIS Combat Management System
250 km SMART-S mk2 search Radar
TBT-01 Yakamoz Sonar
Aselsan ARES-2N Electronic Warfare System
Aselsan HIZIR Torpedo counter measure System
16 cells VLS

-- 1 x 76 mm Gun
-- 16 x ATMACA Anti ship Missiles ( 250 km )
-- 64 x ESSM or HISAR Air Defense Missiles
-- 1 x GOKDENIZ 35 mm CIWS
-- 6 x Torpedos
-- 2 x 25 mm Aselsan STOP Machine Gun Platforms
-- 1 x Sikorsky S70 Seahawk ASW Helicopter

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TF-2000 class Destroyer ( under development )

Length : 166 m
Displacement : 7000 tons
Speed : 28+ knots

Status : under development ( will be in service by 2027 )
GENESIS ADVENT Combat Management System
CAFRAD Multi Functional Phased Array Radar ( 450km )
Aselsan ARES-2N Electronic Warfare System
Aselsan HIZIR Torpedo counter measure System
Aselsan HIZIR-LFAS Low Frequency Towed Active Sonar

64 cells VLS

1 x 127 mm Naval Gun ( 120 km )
16 x ATMACA Anti ship Missiles ( 250 km )
HISAR Air Defense Missile
SIPER Air Defense Missile
GEZGIN Naval Cruise Missile ( 800 km )
35 mm KORKUT-D CIWS ( airbust ammunition )
25 mm Aselsan STAMP
ORKA Lightweight Torpedo
Sikorsky S-70B Seahawk Helicopter

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Turkey will be 3rd NATO State planning (by 2027) to use own systems on own designed 7000 tons TF-2000 class Destroyer after USA and France

-- The national vertical launch system (MDAS)
-- GENESIS ADVENT Combat Management System
-- 450 km CAFRAD Multi-function/illumination/Fire control/Long range Radar complex
-- HISAR-O and SIPER surface to air Missiles
-- GOKDENIZ 35mm CIWS
-- 250 km ATMACA network enabled anti ship Missile
-- 800 km GEZGIN Land attack cruise Missile
-- SAPAN Rolling Airframe Missile
-- TUBITAK high energy LASER
-- ORKA Leightweight Torpedo
-- TORK Hard-Kill Torpedo Countermeasure System
-- HIZIR Torpedo Countermeasure System
-- HIZIR-LFAS Low Frequency Towed Active Sonar





Havelsan ADVENT next generation Network Enabled Data Integrated Combat Management System for Cooperative Engagment Capability ...... ( only Turkey in Islamic World and only a few Countries in the World )
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TURKEY

An Overview of the Space Platform and System Projects in Turkey


In this article, we will look at the major military communication and earth observation satellite projects in Turkey and the national infrastructure established in this area

Turkey became one of the 10 countries that can produce communications satellites




The GOKTURK-2 National Reconnaissance and Surveillance Satellite

Near Infrared (NIR) Satellite Camera named KUZGUN, domestically developed by TUBITAK Space Technologies Research Institute, with a 20m SWIR (Short Wave Infrared) resolution
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The GOKTURK-3 Aperture Radar (SAR) Satellite System

The GOKTURK-3 Project which aims to develop space-based imaging capability in any weather condition, day and night, by means of tan Synthetic Aperture Radar (SAR) sensor, consists of the domestic procurement of a high-resolution SAR Reconnaissance and Surveillance Satellite and mobile and fixed ground stations.




Earth Observation Satellite Development (IMECE) Project

The IMECE Satellite, to be designed and manufactured entirely by Turkish technicians and engineers and sent into space in 2021, will be inserted into a Sun-Synchronous orbit at an altitude of 680km and will collect Panchromatic images at a 90cm resolution and full color images at a 3.6-meter resolution

The high-resolution EO Satellite Camera, which is currently being developed by TUBITAK Space Optical Systems Research Laboratory (OPMER)

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TURKSAT-6A National Communication Satellite

The TURKSAT-6A National Communication Satellite will have Ku-Band and X-Band transponders.
The TURKSAT-6A National Communication Satellite, with completely national software and design, will be able to perform both commercial and military tasks.
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Turkey’s first indigenously developed micro satellite LAGARI

LAGARI micro satellite is equipped with advanced camera and orientation control system, which brings high resolution near-time live tactical surveillance, monitoring, also mapping capabilities at very low cost
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Turkish Aerospace Small-GEO Communication Satellite

Small-COM is the telecommunication satellite platform which is capable of accommodating a wide range of commercial payloads and missions; from TV broadcasting to multimedia applications, internet access and mobile or fixed services in a wide range of frequency bands
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ASELSAT Cube Sat Development Project

ASELSAN initiated the ASELSAT 3U Cube Sat Development Project to earn flight heritage for Aselsan’s indigenously developed miniaturized X-Band Transmitter
Aselsan designed X-Band Transmitter will send the optical data, which will be created by ASELSAT’s camera payload (able to be taking pictures at 30m GSD), to the ground station

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The AIT Center, biggest satellite test facility in the region which was opened in 2015, at Turkish Aerospace KahramanKazan/Ankara campus
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One of the most potent weapons a submarine can have besides torpedo is the capability to launch missiles while still submerged ...

Fateh class submarines delivered by the Iranian shipyards to the Navy and currently deployed to Indian ocean is one such submarine. Jask-1 and Jask-2 are the name of these two missiles launched from torpedo tubes of the submarine under the sea...notice the two Jask weapons in this pictogram.
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the only photos I was able to find from an actual test represent the missile canister coming out .missile ignition and fly out...Only few countries have this technology to launch missiles while submerged.
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There are two more Fateh's under construction now and they will have AIP propulsion.
 
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Iran's fully indigenous frigate was commissioned a decade ago, three are delivered sofar (one for the northern fleet in the Caspian sea). Each individual subsystem in these ships had to be designed and built in-house due to the arms sanctions for import/export of arms to Iran. Propulsion, Radar, Naval gun, CIWS ,ESM, Workstations, Chaff, Missiles, Sonar. No foreign parts and that is unique for any war ship in the world. I have included a photo of one such Frigate (moje) class.
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I have also included photos of the Iranian Fast Attack Crafts (FAC). These boats have a chinese origin design that were reverse engineered ,modified and are built in quantities in the shipyards.
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If you wonder with so many ships and boats, all carrying two or more sea skimming anti ship missile where does Iran supply these crafts with such a large quantity of missiles..today a video was released of a naval missile city..will be interesting to view that video.
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Video released today (March 15,2021) of a Naval "missile city"
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here is the video
 
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Blah, blah and blah. Irrelevant and nonsensical cultural appropriation of Greek ideas and achievements.

Yes, the medieval Muslims learnt from the Greeks but also developed their own ideas. For example, read about the engineer Al Jazari who is called the "Father of robotics".

And appropriate to mention in this military-basis forum would be the further development of rocketry by the 1700's Indian Muslim ruler Tipu Sultan.
 
Yes, the medieval Muslims learnt from the Greeks but also developed their own ideas. For example, read about the engineer Al Jazari who is called the "Father of robotics".

And appropriate to mention in this military-basis forum would be the further development of rocketry by the 1700's Indian Muslim ruler Tipu Sultan.
It was hard for an American PFD member to accept the history..Any how he was dealt with respectfully by the PDF staff.
 
Iranian's Fusion Reactor
TOKOMAK

Iran started research on TOKOMAK as early as 1985 with her first reactor named "ALVAND".Tokamaks are used to generate electricity through fusion.
The next recactor was named "Alborz". Alborz Tokamak unveiled in 2013 was Iran's first fully indigenous encapsulating device of nuclear fusion plasma. It includes deuterium-tritium plasma and is kept by two series of electromagnetic fields. Alborz Tokamak had a 0.45 meter major radius and 0.15 minor radius and could hold the capacity of 3 KV .

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All design, simulation and operation phases of Alborz Tokamak were carried out by Iranian scientists in various universities. The research work has progressed to this day using bigger and more capable reactors .
The following videos are the latest progress in this cutting edge technology in Iran.


 
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TURKEY
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Good to see you back..as they say in Azari..Chogh yaghdiji!!!..does it mean any thing to you..I used to speak fluent azari Turkish.. went to school first three years.

"Cok İyi " in Turkish = very good

" yahshi" in Azari-Uzbekh = good
 
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