Turkish defense company Baykar has unveiled the K2, a new kamikaze unmanned aerial vehicle (UAV) designed to operate in artificial intelligence-enabled swarm formations.
According to a statement released by the company, the platform successfully completed flight tests demonstrating autonomy, artificial intelligence integration, and coordinated swarm capabilities. The tests mark the first public demonstration of the system’s operational concept.
Swarm Flight Tests Conducted Over the Saros Gulf
The tests were carried out over a two-day period above the Saros Gulf, after five K2 platforms took off from the Keşan Flight Training and Test Center.
During the flight scenarios, the UAVs executed coordinated maneuvers in multiple formations, including right echelon, line, and V formations. Using an AI-supported sensor and software architecture, each platform automatically determined its position within the swarm and maintained formation without operator intervention.
The K2 can also perform more complex swarm patterns such as “Turan” and “wall” formations, demonstrating the system’s potential for coordinated multi-platform strike missions.
AI-Enabled Swarm Warfare Concept
Baykar said the K2 introduces a new operational approach to “attritable” UAV systems—relatively low-cost platforms designed to be deployed in large numbers during high-risk missions.
The project aims to reduce reliance on expensive precision-guided munitions while enabling mass production of cost-effective strike platforms capable of overwhelming enemy defenses.
In future development phases, Baykar plans to produce reusable versions of the system capable of returning to base after releasing their payloads.
Designed for Electronic Warfare Environments
The K2 was designed to operate in environments where GNSS signals are denied or heavily jammed, a growing challenge in modern conflicts.
The platform uses visual navigation technology, analyzing terrain features via its gimbal camera system and a night-vision camera mounted under the fuselage. This capability enables autonomous flight even when satellite navigation signals are unavailable.
Its electro-optical/infrared (EO/IR) gimbal system provides reconnaissance and surveillance capabilities while allowing the UAV to visually lock onto targets and conduct coordinate-based precision strikes.
Operational flexibility is further enhanced by the platform’s LOS (line-of-sight) and BLOS (beyond-line-of-sight) satellite data link capabilities.
Largest Kamikaze UAV in Its Class
Baykar describes the K2 as the largest kamikaze UAV in its class, combining long endurance with a heavy payload capacity.
Key Technical Specifications
- Maximum Takeoff Weight: 800 kg
- Warhead: 200 kg
- Range: Over 2,000 km
- Maximum Speed: Over 200 km/h
- Endurance: More than 13 hours
The UAV is also designed to take off and land from short runways, allowing flexible deployment from forward operating locations.
