Turkish Baykar develops heavy K2 kamikaze drone

Turkish drone maker Baykar has unveiled a new loitering munition known as the K2 kamikaze, presenting the system in a promotional video released Saturday that showcased the drone’s artificial intelligence–based flight, navigation, and targeting capabilities.

The introduction of the K2 reflects the rapid expansion of loitering munition technology, which has become a central tool in modern warfare due to its ability to strike targets with precision while remaining relatively low cost compared with traditional missile systems.

According to the company, the K2 long-range loitering one-way attack drone is designed to operate using artificial intelligence vision systems that support autonomous navigation and target engagement. The drone can also operate in coordinated swarm formations, allowing multiple systems to approach a target area simultaneously.

Baykar said the platform has a range of more than 2,000 kilometers (1,240 miles) and can carry a 200-kilogram warhead. The system has a maximum takeoff weight of about 800 kilograms, placing it among the larger loitering munitions currently under development.

Unlike many disposable loitering munitions, the K2 is designed to be reused for multiple deployments, according to information presented in the promotional material. The drone can take off from short or unprepared runways, enabling flexible deployment in a wide range of operational environments.

Loitering munitions, sometimes described as “kamikaze drones,” combine the functions of reconnaissance platforms and precision strike weapons. These systems can patrol an area while searching for targets and then dive onto them once a target has been identified.

In practical military terms, such drones allow forces to strike time-sensitive targets without relying on traditional artillery or air-delivered weapons.

The K2’s AI-based targeting system is intended to support autonomous flight operations while identifying potential targets using onboard sensors and computer vision algorithms.

Swarm flight capability allows multiple drones to coordinate their movements, which can overwhelm defensive systems by approaching from different directions or attacking multiple targets simultaneously.

The widespread use of such systems in the war between Russia and Ukraine, as well as in conflicts involving Iran and its regional partners, has reshaped military thinking about the role of unmanned strike platforms.

These conflicts have shown how swarms of loitering munitions can saturate defensive systems and impose constant pressure on air defense networks.

For this reason, many defense programs now emphasize the development of counter-drone systems and layered air defense architectures capable of detecting and intercepting large numbers of small aerial threats.