Design and development
The TEI-TF6000 project was initiated by TEI to create a domestically produced engine to power both unmanned and light combat platforms. It was stated by TEI that the engine is expected to be ready for testing in 2023. It was announced that the first rotating parts of the engine were produced on 31 August 2023. It first ran on 9 March 2024, marking a significant milestone in Turkey's aerospace engine capabilities. This engine also serves as a technological stepping stone for future projects, including a variant with afterburner capability, known as the TF10000. The engine underwent more than 30 tests in the two weeks following its first start-up. On 4 October 2024, the engine was publicly exhibited at the Teknofest technology festival. CEO Mahmut Faruk Akşit said the following at the fair; "TF6000 is a turbofan military aircraft engine... We have advanced to the US, UK, France, Germany league, the class of countries that have developed their own engines, the Super League. We started the engine in February. We increased it to 15 thousand rpm and kept it there for a long time." By October 2024, more than 60 tests had been conducted. TEI's CEO Mahmut Faruk Akşit emphasized that the TF-10000 and TF-6000 engines were developed in parallel. "They both use the same core, of course the TF-6000 is without an afterburner. The TF-10,000 is a version with an afterburner," he said. In February 2025, TEI CEO Akşit stated that the engine was almost finished, but since it was developed in parallel with the TF-10000, they were considering completing both together. Aksit also stated that demands had come from abroad before the engine was even finished. TF-6000 is considered a pioneer engine for TAI Kaan's future domestic engine and is being prepared accordingly. The TF6000 is expected to fulfill various roles in Turkey's military, supporting advanced unmanned systems like the Bayraktar Kızılelma and the TAI Anka-3. TEI's development process for the TF6000 included advanced material engineering, fuel efficiency optimization, and modular design.Specifications
See also
References
{{Tusaş Engine Industries Turbofan engines Low-bypass turbofan engines 2020s turbofan engines