The TAI Şimşek is an indigenous high-speed target drone and unmanned air vehicle (UAV) developed by Turkish Aerospace Industries (TAI), also known as TUSAŞ, for the Turkish Armed Forces. Primarily designed to simulate hostile aircraft and missiles, the system provides a realistic training environment for air-to-air and surface-to-air missile tests, as well as radar and EO system validation. The aircraft is manufactured at TAI's integrated facilities in Kahramankazan, Ankara, Turkey.
Technically, the Şimşek is a single-engine, jet-powered aircraft. While the specific engine model and manufacturer are not publicly disclosed, the system is characterized by its high-speed performance and modular architecture. This modularity allows for various payloads, including IR signature enhancers, radar cross-section (RCS) modification devices, and situational awareness cameras. The aircraft utilizes a rocket-assisted take-off (RATO) system, allowing it to be launched from ground stations, ships, or carrier aircraft, and is recovered via parachute.
The system has evolved through several iterations. The baseline Şimşek serves as a target drone, while the Şimşek-K variant introduces advanced autonomous flight and encrypted datalinks. According to technical data, the Şimşek-K can reach speeds of Mach 0.63, operate at altitudes up to 25,000 feet, and maintain an endurance of over 45 minutes using 35 liters of fuel. It features a payload capacity of up to 18 kg and an operational range exceeding 500 km, with a datalink radius of approximately 150 km.
Beyond its role as a target, the Şimşek has been adapted for offensive and support roles. Turkish defence officials have confirmed its capability as a kamikaze (loitering munition) platform. Further evolution led to the "Süper Şimşek," a multi-role expendable UAV designed for strike, decoy, and electronic warfare missions. In a demonstration on March 10, 2026, TAI showcased the Süper Şimşek being carried under the wings of the AKSUNGUR MALE UCAV, illustrating a shift toward "mothership" operational concepts where larger drones deploy smaller, expendable assets.