Baykar has officially introduced its new kamikaze unmanned combat aerial vehicle, the K2. According to the details shared by the company, the platform has been developed with AI-supported autonomous swarm flight capability.
Its vision-based artificial intelligence system is used in navigation, targeting, and engagement processes. In this structure, the final firing decision remains under human control, while the aircraft can operate not only individually but also as part of a coordinated multi-aircraft formation.
Baykar K2 kamikaze specs
| Specs | Baykar K2 |
|---|---|
| Platform type | Kamikaze UCAV / strike-oriented unmanned aerial vehicle |
| Control structure | AI-assisted, final command remains with a human operator |
| Flight capability | Autonomous swarm flight |
| Formation capacity | Automatic formation flight with five or more aircraft |
| AI functions | Vision-based navigation, targeting, and engagement |
| Range | 2,000+ km |
| Warhead | 200 kg |
| Maximum takeoff weight | 800 kg MTOW |
| Takeoff capability | Short and unprepared runway takeoff |
| Wingspan | 10 m |
| Length | 5.1 m |
| Height | 2.1 m |
| Mission profile | Coordinated multi-aircraft strike operations |
| Reusability | Reusable / multiple-use platform |
| Key distinction | Large airframe, long range, heavy warhead, and AI-driven swarm attack capability |
Baykar says the K2 has a range of more than 2,000 kilometers. The platform carries a 200-kilogram warhead and has a maximum takeoff weight of 800 kilograms. It is also designed to take off from short and unprepared runways. Footage released during the introduction shows the aircraft flying in formations of five or more units.
What separates the K2 is not limited to its range or payload. Based on the information released so far, the system is built for AI-assisted autonomous swarm flight. Multiple aircraft can take off together, maintain formation, and execute mission patterns in coordination. The vision-based AI layer is not restricted to flight control either. It is also involved in target detection and engagement processes during operations.
#K2 KAMİKAZE İHA ✈️🚀
— BAYKAR (@BaykarTech) March 14, 2026
✅Yapay Zeka Otonom Sürü Uçuşu
✅Yapay Zeka Görüntü Tabanlı:
Seyrüsefer & Hedefleme & Angajman
🔹2000+ km Menzil
🔹200 kg Harp Başlığı
🔹Kısa Hazırlıksız Pistlerden Kalkış
🔹800 kg Kalkış Ağırlığı
🔹Çok Defa Kullanabilme#MilliTeknolojiHamlesi 🌍🇹🇷#K2… pic.twitter.com/1JqPNZBXDB
There are already many loitering munitions and kamikaze drone systems in service around the world. The US-made Switchblade family remains one of the best-known examples in this category, but many of these systems are much smaller in size.
Iranian and Russian designs may offer larger and more destructive platforms in some cases, yet they do not represent the same operational profile described for the K2. Baykar’s new platform combines long range, a large warhead, autonomous coordinated flight, and short-strip takeoff capability in a single system.
The released visuals suggest that K2 is not being positioned as a conventional one-way strike drone built only for isolated attacks. Instead, it appears to have been designed as part of a broader operational structure, with multiple mission-ready aircraft able to move together and carry out coordinated strike patterns. That places it beyond the scope of a standard loitering munition and into a category closer to networked combat operations. Baykar also states that the final command remains with a human operator.
The dimensions of the aircraft were also disclosed during the launch. K2 has a wingspan of 10 meters, a length of 5.1 meters, and a height of 2.1 meters. While some aspects of its design recall the Bayraktar TB2, the K2 stands apart in terms of mission profile.
Baykar also describes the platform as reusable across multiple deployments. With its size, payload, long-range strike role, and AI-driven swarm capability, the K2 marks a new step in the company’s combat drone portfolio.
