MIZRAK Smart Guided Ammunition

MIZRAK Smart Loitering Munition is a next-generation loitering munition system developed by Baykar, distinguished by its high impact capability at medium altitudes, customizable configurations to meet specific mission requirements, high strike capacity, and extended range. The platform features a range capacity exceeding 1,000 kilometers and integrates AI-based autonomous systems. Designed with deep strike capability from land to land and high destructive power, the system is tailored to meet modern combat conditions through flexible mission profiles. The MIZRAK Smart Loitering Munition System will be publicly unveiled for the first time at the SAHA 2026 exhibition, to be held between 5 and 9 May.

Development and Introduction

The next-generation loitering munition platform MIZRAK, developed by Baykar, successfully completed a live munition firing activity on 30 April.

During this test activity, the platform, due to its wheeled structure, performed an autonomous takeoff from a conventional runway. After gaining altitude, it activated its onboard EO/IR (Electro-Optical/Infrared) camera system. During the cruise phase, the munition demonstrated terrain scanning, object detection, target identification via AI interface, and autonomous tracking capabilities.

Throughout the firing test, MIZRAK maintained its flight path with high precision through visual positioning and embedded AI algorithms. In the final phase, the munition executed a controlled dive at a steep angle and precisely struck the designated target.

It has been announced that the platform will make its public debut at the SAHA 2026 International Defense, Aviation and Space Industry Fair, to be held in Istanbul between 5 and 9 May 2026.

Purpose and Missions

Named for its aerodynamic design reminiscent of a spear and its high target destruction capability, MIZRAK is offered in two main configurations. The dual-warhead variant provides high explosive power, while the single-warhead variant is equipped with an RF (Radio Frequency) seeker head in addition to a 20 kg explosive payload, enabling precise target detection.

Technical Specifications

The core flight performance parameters of the MIZRAK Smart Loitering Munition have been developed to meet long-range operational requirements. The platform has a maximum takeoff weight of 200 kilograms and can operate at a service ceiling of 10,000 feet. With a wingspan of four meters, the platform offers users extensive reconnaissance and surveillance capabilities through Baykar-developed EO (Electro-Optical) or IR (Infrared) camera options tailored to mission type. The munition, with a maximum speed of 100 KIAS (approximately 185 km/h), is technically equipped to conduct operations with a 40 kg payload over ranges exceeding 1,000 kilometers.

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In addition to conventional runway takeoff using standard landing gear, the platform can also operate from challenging terrains and unprepared areas using a Rocket-Assisted Take-Off (RATO) option. With an operational range exceeding 1,000 kilometers and an endurance of more than seven hours, the system provides both surveillance and real-time strike capability.

Navigation and Electronic Warfare Resistance

Equipped with AI-assisted autopilot and optical guidance systems, the munition is capable of fully autonomous operations. Through sensor fusion and embedded visual positioning capabilities, it can sustain operational missions even in environments where GPS (Global Positioning System) signals are denied or electronic warfare activity is intense. The system also features anti-jamming protection against signal interference.

Communication and Network-Centric Warfare

MIZRAK establishes communication links with Bayraktar TB2, TB3 and AKINCI platforms via digital data and video connections. In addition to a line-of-sight (LOS) communication range exceeding 80 kilometers, it can integrate into extended communication networks through optional satellite communication support.