A few days ago, the leading Turkish drone manufacturing company, Baykar, presented its new artificial intelligence-assisted K2 loitering munition, an unmanned system that was tested in Turkey with trials focused on autonomy, formation flight and swarm operation. The development, referred to by the company as the K2 kamikaze unmanned aerial vehicle, is part of Baykar’s strategy to incorporate lower-cost defense solutions with serial production capability.
According to the information released by the company, the platform conducted flight tests yesterday and today with five K2 aircraft. The trials were carried out after taking off from the Keşan Flight Training and Test Center, and aimed to demonstrate the functioning of its advanced artificial intelligence algorithms, autonomy and coordination among multiple systems.
During the tests conducted over the Saros Gulf, the five systems executed formation flights in “right echelon”, “line” and “V” configurations across several sorties. According to Baykar, the aircraft used sensors, software and artificial intelligence to determine their position relative to the other systems in the swarm, maintain the assigned position and complete without errors the tasks planned in each scenario.
The company also indicated that the K2 can operate with other configurations, including “Turan” and “wall” formations, within a concept of artificial intelligence-assisted swarm synergy. In this context, Baykar noted that the research and development program contemplates a next stage aimed at versions capable of returning to base after releasing their munition on the target, with the possibility of subsequent reuse of the platform.
The project aims to deploy high-impact systems that can be manufactured at low cost and in large quantities, reducing the use of more expensive munitions. Under this logic, the company seeks to offer an alternative to strike critical enemy targets with a more favorable cost-effectiveness ratio within high-intensity combat scenarios.
Another aspect highlighted by the manufacturer is the K2’s navigation architecture to operate in electronic warfare environments where there is no signal from global navigation satellite systems (GNSS) or where it is heavily jammed. To this end, the platform can estimate its position through visual scanning of the terrain with its gimbal camera and with a lower camera system with night vision capability, which would allow it to continue navigation and advance autonomously toward the target even in the total absence of GNSS signal.
In terms of identification and attack, the system incorporates a gimbal-mounted electro-optical/infrared (EO/IR) camera, which provides reconnaissance and surveillance capabilities, as well as visual lock-on to targets. Baykar stated that the K2 also has precision strike capability based on coordinates, as well as line-of-sight (LOS) and beyond line-of-sight (BLOS) data link via satellite, which expands its operational flexibility.
The company stated that the K2 is the largest kamikaze platform of its class and detailed that it has short runway takeoff and landing capability, which provides logistical flexibility in the field. According to the released data, the system has a maximum takeoff weight of 800 kilograms, can carry a 200-kilogram warhead, exceeds 2,000 kilometers in range, flies at more than 200 kilometers per hour and has an endurance of over 13 hours, parameters with which Baykar seeks to position it for long-range strategic missions.
The presentation of the K2 adds to other recent advances by Baykar in the unmanned systems segment. Following the signing of a Memorandum of Understanding (MoU) with the Italian company Leonardo on March 6, 2025, both companies advanced in the creation of a joint venture for the production of Turkish combat drones in Italy, aimed at the European market; to this was added the confirmation, from Keşan, of the first flight of a new version of the AI-assisted Bayraktar TB2 combat drone carried out in February of last year, also equipped with a turbo engine to improve its performance and capabilities.
*Images obtained from Baykar.
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