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Turkish Aerospace Industries (TAI) continues to expand its footprint in space technologies with several active satellite programs, including the GOKTURK-Y earth observation satellite and the upcoming micro satellite project.
Speaking to Architects and Engineers Group Magazine, TAI CEO Mehmet Demiroglu shared updates on current programs and future ambitions in space systems. "Despite space systems being a relatively new field within TAI, we have rapidly introduced numerous domestically developed platforms to the sector," said Demiroglu.
GOKTURK-Y, TAI's latest observation satellite, is currently undergoing environmental testing at the Space Systems Integration and Test (USET) Center, with completion targeted for 2025. The flight model assembly will begin in 2027, with launch planned for 2029.
TAI will also begin assembling and testing its domestically developed micro satellite in early 2026, with launch expected in 2027. The program aims to lead into serial production of micro-satellites based on lessons learned. The GOKTURK-3 Synthetic Aperture Radar (SAR) satellite, designed for all-weather observation, is scheduled to launch in 2030.
According to Demiroglu, TAI's space platforms are integral to Türkiye’s network-centric defense strategy. "Fifth-generation fighter jets like our homegrown KAAN are designed for coordinated operations with UAVs and naval assets. Secure communication, supported by our satellite systems, is central to that vision," he said.
Observation satellites, such as GOKTURK and the SAR-equipped GOKTURK-3, are tailored to meet the tactical surveillance and targeting needs of the Turkish Air Force.
TAI has developed several key satellite components, including the Central Satellite Computer (MUB), Platform Interface Unit (PAB), and mission data recorders. Composite panels and satellite structures are also produced domestically.
Significantly, TAI is developing infrastructure to produce electro-optical satellite camera lenses, aiming to eliminate foreign dependency in this strategic domain. The Electro-Optic Satellite Camera Development Project is underway to manufacture space-qualified lenses from raw optical blocks.
Additionally, work continues on a locally designed ground control station and flight control software, essential for long-term satellite operations.
As TAI gains flight heritage for its hardware in orbit, the company aims to convert these technologies into commercial products, boosting both domestic innovation and international competitiveness.
"Once each of our targets is achieved, we’ll continue to set higher ones," Demiroglu said. "Our five-year roadmap anticipates multiple new platforms in orbit, which will also support the training of new engineers and strengthen our global position in space."
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