"The seventh of the R&D Panels, in which the decisions to start R&D projects in the field of defense industry, were held. At the SSB 7th R&D Panel meeting, it was decided to initiate 4 Projects and to call Wide Area Calls (SAGA) in 2 areas. "
Multi-Core Microprocessor Development Project: The project aims to design and verify a multi-core microprocessor, develop operating system support packages, and display all developed components in an integrated manner. The processor to be developed will be used in mission computers of various systems and platforms, primarily military weapon systems.
Aviation Engine Materials Development Program Phase-2 Project: With the project, 3 different superalloys that are used in the manufacture of gas turbine engine components and that meet the requirements of high temperature and high pressure operation will be developed and verified. In this way, foreign dependency on the critical materials needed by gas turbine aviation engines, especially Turboshaft Engine, whose domestic development is ongoing, will be eliminated.
Project for Development of Functional Transition Material (FGM) Processes with Directed Energy Deposition Additive Manufacturing Technology (DED): Within the scope of the project, a robotic system consisting of powder spraying and laser feeding units for the additive manufacturing process with the directed energy accumulation method will be developed. With this system, a liquid fuel rocket motor nozzle extension will be produced as a prototype, consisting of a transitional material structure and used in Rocket and Missile projects.
PEM Fuel Cell Technology Development Project for Directed Energy Weapon Systems (YESS): The project aims to develop a PEM Fuel Cell-based power supply that is placed on a tactical wheeled vehicle and will provide the electrical energy needed by the "Directed Energy Weapon System" to fulfill its mission. In this way, the noise and vibration loads affecting the target strike performance of the "Directed Energy Weapon System" have been reduced, and a power source that is advantageous in terms of volume and weight will be obtained from conventional power supplies with reduced thermal and acoustic traces in a way that makes it difficult to locate.
Development of Swarm Communication Technologies Defense Industry Wide Area (SAGA) Call: Within the scope of this call, flexible, non-planning, low-delay, high-bandwidth waveforms that provide communication security for homogeneous or heterogeneous swarm systems consisting of unmanned air, land and sea vehicles, mission planning software and communication systems are aimed to be developed. Thanks to the projects to be initiated with the SAGA call, new communication capabilities will be added to the Swarm Systems consisting of Unmanned Land, Sea and Air vehicles. Development of Centralized / Distributed Herd Management Technologies Defense Industry Wide Area (SAGA) Call: Increasing the level of autonomy within the scope of this call, the operator will be able to control the behavior of each herd individual separately. The aim is to control the herd as a whole, without any luck. Thanks to the projects to be initiated with the SAGA call, the Swarm Systems consisting of Unmanned Land, Sea and Air vehicles will be given the function of performing common tasks at a high level of autonomy.
Multi-Core Microprocessor Development Project: The project aims to design and verify a multi-core microprocessor, develop operating system support packages, and display all developed components in an integrated manner. The processor to be developed will be used in mission computers of various systems and platforms, primarily military weapon systems.
Aviation Engine Materials Development Program Phase-2 Project: With the project, 3 different superalloys that are used in the manufacture of gas turbine engine components and that meet the requirements of high temperature and high pressure operation will be developed and verified. In this way, foreign dependency on the critical materials needed by gas turbine aviation engines, especially Turboshaft Engine, whose domestic development is ongoing, will be eliminated.
Project for Development of Functional Transition Material (FGM) Processes with Directed Energy Deposition Additive Manufacturing Technology (DED): Within the scope of the project, a robotic system consisting of powder spraying and laser feeding units for the additive manufacturing process with the directed energy accumulation method will be developed. With this system, a liquid fuel rocket motor nozzle extension will be produced as a prototype, consisting of a transitional material structure and used in Rocket and Missile projects.
PEM Fuel Cell Technology Development Project for Directed Energy Weapon Systems (YESS): The project aims to develop a PEM Fuel Cell-based power supply that is placed on a tactical wheeled vehicle and will provide the electrical energy needed by the "Directed Energy Weapon System" to fulfill its mission. In this way, the noise and vibration loads affecting the target strike performance of the "Directed Energy Weapon System" have been reduced, and a power source that is advantageous in terms of volume and weight will be obtained from conventional power supplies with reduced thermal and acoustic traces in a way that makes it difficult to locate.
Development of Swarm Communication Technologies Defense Industry Wide Area (SAGA) Call: Within the scope of this call, flexible, non-planning, low-delay, high-bandwidth waveforms that provide communication security for homogeneous or heterogeneous swarm systems consisting of unmanned air, land and sea vehicles, mission planning software and communication systems are aimed to be developed. Thanks to the projects to be initiated with the SAGA call, new communication capabilities will be added to the Swarm Systems consisting of Unmanned Land, Sea and Air vehicles. Development of Centralized / Distributed Herd Management Technologies Defense Industry Wide Area (SAGA) Call: Increasing the level of autonomy within the scope of this call, the operator will be able to control the behavior of each herd individual separately. The aim is to control the herd as a whole, without any luck. Thanks to the projects to be initiated with the SAGA call, the Swarm Systems consisting of Unmanned Land, Sea and Air vehicles will be given the function of performing common tasks at a high level of autonomy.