HÜRKUŞ, a next-generation basic trainer and light attack aircraft, features a tandem-seat configuration and advanced training capabilities, validated with EASA type certification.
HÜRJET, an advanced jet trainer aircraft, meets modern training and combat requirements with high performance and multirole functionality, supporting next-generation pilot training.
KAAN, a 5+ generation multirole fighter aircraft, embodies cutting-edge technologies, AI support, and superior air-to-air and air-to-surface combat capabilities, designed for long-term operational use.
Turkish Aerospace leads the development and modernization of 109 T70 Utility Helicopters, enhancing their operational capacity for military and civilian applications in Türkiye.
The T70 Utility Helicopter Program, based on Sikorsky's S70i model, involves local production and assembly, supporting Türkiye’s varied military and civilian operations.
The T129 ATAK Helicopter, developed with national capabilities, supports Turkish Armed Forces in diverse operations, offering high maneuverability and performance for complex missions.
The helicopter will be designed to carry 20+ personnel, with a maximum speed of 170 knots, and have a range of 1000 km. 10-ton utility helicopter will accommodate advanced avionics and mission systems.
Turkey’s full grade state-of-the-art Space Systems Assembly Integration and Test (AIT) Center, which exists in a few developed countries, is fully operational at Turkish Aerospace premises in Ankara. The center serves for assembly, integration activities, functional performance test, and environmental test for all space systems until they are launch-ready.
Small Size GEO Satellite is a telecommunication satellite platform capable of accommodating a wide range of commercial payloads and missions, from TV broadcasting to multimedia applications, internet access, and more, with flexible design and modular capabilities.
The TÜRKSAT 6A project, Türkiye’s first indigenous communication satellite, developed in collaboration with national industries and coordinated by TÜBİTAK, aims to provide enhanced secure data transfer capabilities and is set to be positioned at the 42°E geostationary orbit.
The GÖKTÜRK Earth Observation Satellite System Development Project aims to sustain Türkiye's high-resolution electro-optical remote sensing capabilities post-GÖKTÜRK-1, involving Low-Earth-Orbit satellite development and comprehensive ground support.
GÖKTÜRK-3 Synthetic Aperture Radar (SAR) Satellite System aims for submeter resolution imaging capabilities for both day and night conditions to fulfill military and civilian SAR imagery needs.
GÖKTÜRK-2, Türkiye's first high-resolution Earth Observation Satellite, developed entirely in-house by Turkish engineers, aims to support public and institutional observation and research needs with advanced satellite capabilities.
GÖKTÜRK-1, launched in December 2016, provides high-resolution imaging for military and civil applications. The project included the establishment of the critical Satellite Assembly, Integration and Test Center in Türkiye.
