TR Air Defence Programs

Bogeyman 

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Cirit, MAM-L and HİSAR photodetector technology

Photodetectors used in HİSAR air defense missiles made a difference to their German counterparts
 

MASA

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HERİKKS-VI Umbrella:

Anti-Air Systems Land Forces:
Korkut: 4km
Sungur: 8km
Hisar-G/+: 10-20km(? if compared to NASAMS this is the most likely range we will see from it equipped with Block 1 Gökdogan BVRAAM Missiles)
Hisar-A+: 25km
Hisar-O+ IIR/RF: 35-50 km
Siper: 90km-120km

Anti-Air/Self-Protection Systems Naval Forces:
G40: 40km
Siper-N: 90-120km

Anti-Ballistic Missile System:
GUMS: 150km+ Range 100km+ Altitude


Personal Wish:

Mobile SHORAD System equipped with Korhan 35mm Turret and Sungur PorSAV System with ASEA Radar on 8x8 APC.

Rheinmetall example:

View attachment 8865

Same Turret on Boxer 8x8 for mobile troop protection.

View attachment 8867
Seems it has AESA radar on the turret.
 
E

Era_shield

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It looks like that a test in which one target hit by two interceptors.
Where's the 2nd interceptor? I see 3 scenes of the same interception from 3 different observation points.

Also, adenl is right, in the 2nd scene you can clearly see the 2nd segment of the pulsed rocket ignite.
 
A

adenl

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Hisar-A+
Acquisition range: 15 km
Acquisition altitude: 8 km

Acquisition range and altitude are the range and altitude at the maximum kill ratio.

Max kill ratio=No escape zone? That should put the Hisar-A+ size and weight ratio more in line with other equivalent SAM's performance and range(NASAM, MICA VL). Max range is roughly 2x the NEZ. This would give the Hisar-A+ a max range of up to 30 km.
 

Hexciter

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Where's the 2nd interceptor? I see 3 scenes of the same interception from 3 different observation points.

Also, adenl is right, in the 2nd scene you can clearly see the 2nd segment of the pulsed rocket ignite.
I still see 2 sequential warhead explosions. You may see differently.
 
A

adenl

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I still see 2 sequential warhead explosions. You may see differently.
No, the first 'explosion' you see is the ignition of the second pulse of the missile. The actual explosion follows just thereafter and is much larger and is visual both on the thermal image as wel as on the normal image. The editing of the video may have confused you.
 

Zafer

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Our Domestic and National Air Defense System is Ready with the Warhead Developed by HİSAR-A + TÜBİTAK SAGE O 11 December 2020 o Aksaray Shooting Range
Google translation
So the problem now is "what color we want".
 
A

adenl

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Is that an official image?


The battery structure of the national long-range air defense system SUPER was shared Eskişehir Technical University Defense Industry and Technologies Club (SASTEK) organizes Eskişehir Defense Industry Conference - ESAS'20 event. Speaking at the ESAS'20 event, T.C. Serhat Gençoğlu, Head of the Presidential Defense Industry Department of Air Defense and Space, shared the battery structure of the Long Range Regional Air and Missile Defense System (UMBHFSS) SİPER. In the depiction shared by Gençoğlu, the Fleet Control Center (FKM), which is connected to the Air Force Radar Network - RADNET. The Fire Control Center (AKM) transfers the data to the FKM via the Communication Station Vehicle (HIA). Communication Relay Tool (HRA) is used for transmission. The depiction, which includes four missile launchers with six missile launchers, also includes the Missile Transport Loading System (FTYS) vehicle. The depiction also includes the transfer of data from the Peace Eagle Airborne Early Warning and Control Aircraft (HEIK) via Link-16. Gençoğlu confirmed that TEİRS radar will be used for SUPER upon the question of Defense Turk and stated that a version of SUPER can be used in the Naval Forces together with ÇAFRAD. Turkey's long-range air defense system project ASELSAN, ROKETSAN is yürülüy by TUBITAK SAGE. Defense Turk has recently announced that the tests have begun on the EIRS System radar, which will also form the Long Range Search Radar (UMR) of the ÇAFRAD system. In the project that has been successfully carried out, the system is planned to be delivered in the first quarter of 2021. In the Multi-Purpose Phase Array Radar (ÇAFRAD) project, the main sensor of the TF-2000 Air Defense War (HSH) Destroyer, one of the most critical needs of the Naval Forces Command, various developments are expected in the TF-2000 project to move to the Phase-2 phase.
 
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Balamir

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It seems that some time is needed for the national tactical data link Link-M. However, if Link-16 is disabled in possible electronic warfare, it was nice to add the terrestrial cable system and TSK NET as a precaution.
 
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