It carries out equipment level, subsystem level and system level assembly integration activities of space vehicles. Equipment and systems that will operate in the space environment are combined with processes suitable for the operating conditions and turned into end products.
TÜBİTAK UZAY Thermal Vacuum Test Infrastructures simulate the thermal and vacuum conditions of space, which are necessary to verify the design and flight readiness of satellite equipment. The test infrastructures have a comprehensive capability to meet the test requirements of equipment and subsystems. These infrastructures are used for development, engineering evaluation and qualification testing of satellite equipment.
The Vibration Test Infrastructure simulates the static, dynamic and acoustic loads that satellites and equipment will be subjected to during launch and verifies their resistance to these loads.
Satellite, defense and industrial components, equipment and subsystems are tested by simulating thermal conditions with the thermal test systems in the infrastructure of our Institute. We have thermal test systems in different sizes and specifications to meet the test requirements of our customers and stakeholders. The thermal design of the test item is verified with the tests performed by simulating thermal conditions.
The Pyroshock Testbed simulates the shock conditions to which the satellite and its subsystems and equipment will be exposed during the separation of the satellite from the launcher, the opening of solar panels, antennas and other pyrotechnical activities, and verifies their resistance to these conditions.
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