Savunma teknolojileri alanında sürekli olarak inovasyon ve teknolojik yatırımlar yaparak, sektördeki en güçlü ve güvenilir çözümleri geliştirmekteyiz. Ülkemizin savunma ihtiyaçlarına özel tasarladığımız ürünlerle, silahlı kuvvetlerimizin kullanımına sunduğumuz her ürün, sahada kuvvet çarpanı sağlayarak, güvenliğimizi güçlendirmeye yardımcı olmaktadır. Yerli ve milli kaynaklarla gerçekleştirdiğimiz yatırımlar, Asya, Afrika ve Orta Doğu’da oluşturduğumuz yeni satış kanallarıyla, global ölçekte savunma ekosisteminde önemli bir rol üstleniyoruz.
The Gökçeri Aerostat is the first domestic aerostat system that can be manufactured without reliance on foreign components. All subsystems especially the outer shell are developed using domestic capabilities. The ground control software, flight control system boards, and all onboard sensor suites are designed, validated, and produced domestically for in-house operational requirements. Its aerodynamic performance has been confirmed through both controlled and free-flight trials. Thanks to its modular and standards-compliant structure, the system is compatible with a wide range of payloads for both military and civilian applications.
The Gökeri Aerocopter is a lighter-than-air, unmanned aircraft designed for persistent surveillance and communication relay missions. It is capable of sustained flight exceeding 72 hours, utilizing helium-based lift. Operational altitude is maintained within the 1,000 ft to 4,000 ft AGL (Above Ground Level) range. Energy autonomy is supported by integrated photovoltaic panels. The platform is configured to accommodate a payload capacity of up to 5 kg. Maximum takeoff weight (MTOW) ranges from 1,600 g to 2,800 g.
The Hiza project is a patented modernization initiative that is being implemented to enhance the effectiveness and reduce the operational risk of 81 mm mortars currently in service with the armed forces. The project is divided into three sequential phases. Upon completion of the final phase, the system will provide the following capabilities: automated loading of mortar rounds via robotic arm, digital map-based target acquisition through electronic targeting systems, and remote operation functionality to enable safe engagement from a distance in the event of counter-targeting. These upgrades are intended to increase fire support efficiency while significantly improving personnel protection during deployment.
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