Türkische Rüstungsindustrie

[Skywalker]

Auf Twitter habe ich eine Übersicht über aktuelle Flugabwehr & Flugabwehrraketen Programme der Türkei gefunden, auf dem letzten Tweet befindet sich ein Bild was von einer Aselsan Präsentation stammt.

Momentan befinden sich folgende wichtige Systeme in Serienproduktion:

- Korkut
- Sungur(MANPAD)
- Hisar-A + ,O+ & D RF
- Siper Block I

Die Jahre zuvor war in türkischen Foren die Rede von einem Hisar-U, wo man immer gedacht hat es würde sich um ein Langstrecken Flugabwehrraketen System handeln. Die Reichweite von Hisar-U soll ungefähr 60 +/-km betragen, damit liegt das System zwischen Hisar O + und Siper.

https://twitter.com/T_Nblty/status/1779609075476558307

https://twitter.com/t_nblty/status/1782832328848392526

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Es wird auch einem "Iron Dome" Equivalent gearbeitet.

https://twitter.com/T_Nblty/status/17828...zBiNg&s=19

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Aselsan will 4 neue Einrichtungen bauen lassen, die für Produktion und Entwicklung dienen.

https://twitter.com/T_Nblty/status/17828...c-xkg&s=19

[Skywalker]

İŞBİR and NARDAN Team Up for Electric Engines
28 Apr 2024, 07:34 2 mins

Unmanned Systems Engine and Transmission
İŞBİR and NARDAN Team Up for Electric Engines
İŞBİR Electric Industries and NARDAN Power Conversion Systems have joined forces to produce electric engines for the aerospace sector. Anadolu News Agency reports that the two companies agreed to cooperate for production. Electric engines are widely used in sized UAVs and recently flying cars. The cooperation will involve the production of electric engines designed specifically for the project. İŞBİR is known for the production of generators, some of which are used in defence products such as the HİSAR-O air defence system, Ada-class corvettes, and Hisar-class OPVs. NARDAN, founded in 2023, specialises in electronic circuit design and production. It is understood that contributing to the production of a pivotal component for UAVs, particularly the small ones, can bring a logistical advantage to the production lines. Recently, cheap and small UAVs have gained popularity thanks to their ability to perform observation, target designation and attack in the military sector. In the Russo-Ukrainian War, both sides systemised using such UAVs at even platoon level. First Person View (FPV) UAVs are known to be the prime example of this, with Ukrainian forces regularly using them to attack infantry and even armoured vehicles by fitting different payloads. Beyond this, such engines are already as critical for civilian UAVs. However, the emergence of plans for flying cars and cargo UAVs in the civilian sector adds another need layer. Introducing such larger platforms for widespread use requires more powerful and efficient engines. In addition, lighter batteries with higher energy density will be as important to save weight and gain sufficient range.

https://turdef.com/article/isbir-and-nar...ic-engines