Türkiye Enters Long-Range Kamikaze Drone Race With Kuzgun Similar to Shahed-136 and U.S. LUCAS.

Türkiye has unveiled the Kuzgun long-range loitering munition at SAHA Expo 2026, marking Ankara’s entry into the growing market for low-cost one-way attack drones built for deep-strike and air-defense saturation missions. First revealed by Turkish defense company STM during the Istanbul exhibition, the drone’s configuration closely resembles the Iranian Shahed-136 and the U.S.-developed LUCAS system, highlighting how expendable strike UAVs are becoming a central tool in modern high-volume drone warfare.

Designed for long-range precision attacks at lower operational cost, Kuzgun reflects the broader shift toward mass-deployable autonomous strike systems capable of overwhelming layered air defenses and targeting strategic infrastructure far behind the front line. Its debut also signals Turkey’s ambition to expand its influence in the global combat drone market beyond tactical UAVs into the increasingly critical segment of attritable deep-strike platforms.

Related Topic: U.S. Deploys Combat Proven LUCAS FLM 136 Loitering Munition for Low-Cost Strike Saturation

STM unveils the new Kuzgun long-range loitering munition UAV at SAHA Expo 2026, Turkey’s latest low-cost deep-strike drone designed for autonomous precision attacks and long-range saturation warfare. (Picture source: Army Recognition Group)

The Turkish Company STM presented Kuzgun as a runway-independent long-range loitering munition capable of autonomous precision attacks at distances up to 1,000 km. According to STM’s official brochure displayed at SAHA Expo 2026, the drone carries a 40 kg high-explosive fragmentation warhead, cruises at 180 km/h, and can remain airborne for 6 hours, giving Turkish forces a new, low-cost strike capability for cross-border and deep-interdiction missions.

The introduction of Kuzgun highlights how the operational success of Iranian Shahed-series drones in Ukraine, the Middle East, and the Red Sea has transformed global procurement priorities. Turkey now joins a growing list of countries seeking domestically produced long-range loitering munitions optimized for mass deployment, strategic harassment strikes, and low-cost precision attack operations. Unlike high-end cruise missiles, these systems provide affordable saturation capability that exhausts sophisticated air defense networks through volume and persistence.

STM describes Kuzgun as a “Long-Range Loitering Munition UAV” designed for autonomous attack missions against pre-identified targets. The drone launches from a ground-based rocket-assisted system rather than a runway and navigates autonomously using GNSS guidance resistant to jamming. The company also emphasizes coordinated terminal dive-attack capability, indicating a mission profile nearly identical to the Shahed-136 operational concept currently employed by Russia in Ukraine.

Technically, Kuzgun appears positioned between the Iranian Shahed-136 and the U.S. LUCAS unmanned aerial vehicle in terms of capability and industrial sophistication. The airframe uses the now-familiar delta-wing configuration optimized for aerodynamic efficiency, extended endurance, and low production cost. This design philosophy prioritizes quantity, ease of manufacturing, and operational range over survivability in heavily defended airspace.

The Iranian Shahed-136, developed by Iran Aircraft Manufacturing Industrial Company (HESA), became internationally known after Russia deployed large quantities against Ukrainian infrastructure beginning in 2022. The drone typically carries a warhead estimated between 30 and 50 kilograms and operates at ranges exceeding 1,000 kilometers. Its operational impact derives less from precision and more from mass attack doctrine, where waves of inexpensive loitering munitions overwhelm radar coverage and interceptor inventories.

The U.S. LUCAS system, developed by SpektreWorks, emerged as an American response to the demonstrated battlefield effectiveness of the Shahed concept. Publicly displayed in 2024, LUCAS, meaning Low-Cost Uncrewed Combat Attack System, replicated the operational logic of the Shahed family while integrating NATO-compatible avionics, modular payload options, and open-architecture systems. Unlike Iranian designs focused primarily on strategic terror and infrastructure attack, LUCAS is intended to provide U.S. and allied forces with an attritable long-range strike capability suitable for Indo-Pacific and European high-intensity conflicts.

Kuzgun appears to combine elements from both concepts. Like Shahed-136, it emphasizes simplicity, long range, autonomous flight, and low-cost expendability. Like LUCAS, it reflects a NATO-aligned industrial effort to domestically manufacture scalable attritable strike drones without dependence on expensive cruise missile inventories. STM’s published specifications suggest that Türkiye is prioritizing operational affordability and production scalability over stealth characteristics or advanced sensor fusion.

One of the most significant aspects of Kuzgun is its potential integration into Türkiye’s expanding drone warfare doctrine. Ankara already possesses one of the world’s most diversified unmanned aerial vehicle industries, led by systems such as Bayraktar TB2, Akinci, Kizilelma, and Alpagu. However, until now, Türkiye lacked a clearly defined equivalent to the Shahed-style long-range, expendable attack drone category, which is increasingly shaping modern attrition warfare.

The emergence of Kuzgun also reflects broader lessons from the Ukraine conflict. Military planners worldwide have observed how low-cost one-way attack drones can force disproportionate economic responses from defenders. A relatively inexpensive loitering munition may compel the use of interceptor missiles costing hundreds of thousands or even millions of dollars. This cost asymmetry has become a central feature of modern air warfare and is driving rapid investment into attritable strike systems.

STM’s brochure indicates Kuzgun can operate in GNSS-jammed environments and execute autonomous navigation throughout the mission profile. This feature is operationally critical because electronic warfare has become a primary countermeasure against long-range loitering munitions. Resistance to jamming directly improves survivability and mission completion rates in contested electromagnetic environments.

The drone’s 200 kg maximum takeoff weight and 40 kg warhead place it in a category suitable for attacks against radar installations, command centers, logistics nodes, ammunition depots, and critical infrastructure. While not comparable to large cruise missiles in destructive effect, systems like Kuzgun are designed to create persistent operational pressure through repeated low-cost attacks.

Türkiye’s decision to reveal Kuzgun at SAHA Expo 2026 also carries export implications. Countries unable to procure advanced Western cruise missiles due to cost or export restrictions may view such systems as attractive alternatives. Turkish defense companies have already established strong export momentum across Africa, the Middle East, Central Asia, and Eastern Europe, particularly in unmanned systems markets.

Operationally, Kuzgun could provide Turkish forces with a strategic strike layer positioned below expensive missile systems but above tactical quadcopter-class loitering munitions. Such systems are increasingly viewed as essential inventory for sustained high-intensity warfare where industrial production capacity and munition affordability determine long-term combat endurance.

The unveiling further demonstrates how the Shahed-136 design philosophy has reshaped global military thinking. What began as an Iranian asymmetric warfare tool has now influenced NATO-aligned industries and major defense manufacturers worldwide. The convergence among Shahed-136, LUCAS, and Kuzgun illustrates the emergence of a new standard category in modern warfare: long-range, attritable loitering-strike drones capable of combining operational reach, industrial scalability, and strategic cost efficiency.

Written by Alain Servaes – Chief Editor, Army Recognition Group
Alain Servaes is a former infantry non-commissioned officer and the founder of Army Recognition. With over 20 years in defense journalism, he provides expert analysis on military equipment, NATO operations, and the global defense industry.