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Turkish Missile Programs

UAE set to use CiRiT versatility to the full


Turkey's Roketsan has confirmed that "several thousand" of its 2.75 in CiRiT semi-active laser guided missiles have been delivered to Turkey and the United Arab Emirates (UAE).


Early in 2013 the UAE ordered the CiRiT for a number of applications, with the first deliveries made later in that year to meet an urgent operational requirement (UOR).

At the time of ordering no details of the UAE's planned uses for the CiRiT were disclosed, but these are now understood to include a four round reloadable launcher for use on fixed-wing aircraft and helicopters, and a pedestal-mounted version for ground-to-ground applications.


UAE's missiles will equip its Air Tractor turboprop AT-802 Block 1/2 armed reconnaissance/light strike aircraft, 24 of which have been supplied; six of these have subsequently been transferred to Jordan.

This aircraft can be fitted with a variety of weapons, including four launchers, each of which can carry four CiRiT missiles. Targets are designated by on board or ground-based laser systems.

UAE has ordered the ground-based CiRiT variant, in both the trailer-mounted and semi-permanent installation configurations.

These typically feature pods of four CiRiT missiles on either side of a mast-mounted sensor unit, which consists of a thermal imager, day camera, laser rangefinder and laser designator. The system has a remote control launch capability. The pedestal-mounted version can also be configured with Roketsan's Mizrak laser-guided missiles, which have a more powerful warhead.
The CiRiT missile has a conventional layout with a passive SAL seeker in the nose followed by the control unit - which has four swing-out control surfaces - and the guidance section, including the power source. To the rear is the multi-purpose warhead (MPW) that has combined anti-armour and anti-personnel incendiary effect, and finally the rocket motor.
The typical target set for the CiRiT is light armoured vehicles and trucks.

Roketsan has confirmed that the solid propellant rocket motor and its warhead are insensitive munition (IM) compliant, with the former having a reduced smoke signature.

The engagement cycle for the operation of the CiRiT sees the gunner designate the target prior to the missile being launched; post-launch the rocket relies on a MEMS-type inertial measurement unit combined with terminal laser homing.

According to Roketsan, the CiRiT has a minimum range of 1,500 m and a maximum range of 8,000 m. During recent trials involving a mix of stationary and moving targets, the missile achieved a 100% success rate.
The first application of production CiRiT missiles for the Turkish Land Forces Command is with the AH-1P Cobra and AH-1W SUPER Cobra attack helicopters; this will be followed by deployment with the T-129 attack helicopter.
 
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UAE has ordered the ground-based CiRiT variant, in both the trailer-mounted and semi-permanent installation configurations.

Its probably this one. (the first picture)
We need these for our cobras.

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Im actually suprised that we didn't get alot of cirit orders from south american countries. They use these light attack aircraft a lot. Maybe its because of the jungles or low budgets. Who knows.
 
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3- Antioxidants as reducing agents

4- Izoforon Diizosiyanat (IPDI) materials synthesis and characterization

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So the hisar A should be ready soon right? Either 2015 or early 2016 I am guessing?
 
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Count down for ATMACA first launch within 1 month.

S&H next issue, İ. Sunnetci...
inshallah!!! with those Atmaca missiles, Turkey will have huge impact on Caspian sea too, Azerbaijan will use them against Russian ships that threaten others. Eventually, we will see Tukmenistan ad Kazakhistan too.
 
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Honestly I am undecided on whether or not we should go with the Chinese system or just develop our own. Acquiring the Chinese system would be cheaper and faster but in the long term developing our own system would be the smartest thing to do because we could actually sell the system and we would be independent in this field. We would also gain alot of knowledge regarding rocketry. On the flip side if we try to build it on our own it will take 8 years (probably more) and in 8 years new threats may emerge and we will not have a proper air defense system. We could acquire the chinese system and still build our own system 15 or so years after we induct the fd-2000
 
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Honestly I am undecided on whether or not we should go with the Chinese system or just develop our own. Acquiring the Chinese system would be cheaper and faster but in the long term developing our own system would be the smartest thing to do because we could actually sell the system and we would be independent in this field. We would also gain alot of knowledge regarding rocketry. On the flip side if we try to build it on our own it will take 8 years (probably more) and in 8 years new threats may emerge and we will not have a proper air defense system. We could acquire the chinese system and still build our own system 15 or so years after we induct the fd-2000

We should go for both, I don't think we can get a indigeneous system ready before 2020s, its not even clear if we have the ability. But we pretty much have no air defence and its a very critical matter, we immediately need something, so we have to buy.
 
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