Baykar has taken another step in the field of next-generation unmanned warfare technologies by demonstrating its newly developed K2 Kamikaze UAV and Sivrisinek loitering munition at the Keşan Flight Training and Test Center. During the demo activity, the two platforms presented an operational concept shaped by artificial intelligence, high autonomy, and networked swarm warfare. The demonstration underlined Baykar’s effort to expand its product family not only with large UAVs, but also with more agile and coordinated tactical strike systems.

One of the most notable phases of the activity began with the sequential takeoff of five K2 Kamikaze UAVs within five minutes. After takeoff, the aircraft carried out patrol flights in formations such as echelon right, line, V formation, and Turan formation. The scenario became more complex when 10 Sivrisinek loitering munitions joined the mission and formed a swarm structure beneath the K2 platforms. In addition, Bayraktar TB2, TB3, and AKINCI accompanied the operation from the air and recorded the demonstration, showing the potential for multi-layered unmanned cooperation in future operations.

A key technical highlight of the demonstration was the performance shown in electronic warfare conditions. Baykar demonstrated that both K2 and Sivrisinek can operate with AI-supported visual navigation software, allowing them to determine position and navigate independently of GNSS. This capability is particularly important in environments exposed to intense jamming or signal denial. The platforms also demonstrated automatic target detection and autonomous attack capabilities, reinforcing their relevance for future high-threat combat environments.

During the attack phase of the demo, a group of Sivrisinek loitering munitions performed a dive toward designated coordinates. In another segment, a K2 Kamikaze UAV separated from the swarm and executed a high-speed dive toward a predefined point before passing over it. In the final phase, a swarm group composed of 18 unmanned aerial vehicles — including 5 K2s, 10 Sivrisineks, 1 Bayraktar TB2, 1 TB3, and 1 AKINCI — flew together in V formation and saluted the observing delegation. This final scene served as a strong visual representation of Baykar’s evolving multi-platform swarm warfare concept.

Among the two systems, Sivrisinek drew particular attention as a new-generation loitering munition. According to the shared information, the platform offers a range of over 1,000 kilometers, significantly extending operational depth. It is also designed to maintain continuous communication within the swarm, enabling platforms to share detected targets in real time. Its ability to operate in GNSS-denied environments through AI-based visual positioning places it among the more advanced concepts in the loitering munition segment. These features suggest that Sivrisinek is being positioned not only as a tactical strike asset, but also as a platform suited for strategic and deep-operation scenarios.

The public debut of K2 Kamikaze UAV and Sivrisinek is expected to take place at SAHA 2026 in Istanbul. This first fielded presentation indicates that Baykar is broadening its unmanned systems portfolio toward a future centered on distributed autonomous strike capability, swarm coordination, and AI-enabled battlefield awareness. In this respect, the demonstration points not only to a product launch, but also to a broader vision of how future combat operations may increasingly rely on networked, intelligent, and cost-effective unmanned formations.