K2 kamikaze dronex from Baykar Technologies on a runway.

Baykar Technologies unveils the K2 kamikaze drone – a Shahed competitor?

Baykar Technologies has revealed details of a new swarming kamikaze drone called K2. At 800 kg, the drone is much larger than others in the field, but is positioned for similar roles to the Shahed.

By Sam Cranny-Evans, editor of Calibre Defence, published on March 18, 2026. 

Baykar Technologies has revealed details of its K2 swarming kamikaze drone in a March 14 press release. Five of the K2 kamikaze drones were shown flying in formation and conducting simulated attacks against targets.

According to Baykar, the drones are provided with autonomous systems for navigation and control, enabling them to fly in formation. This included a straight line, v-formation, and others. The same systems provide a resilient form of navigation when satellite systems are degraded, it adds. 

During the flight tests, the kamikaze drones maintained their position without error, according to the press release. In addition, it states the K2 has a maximum take-off weight of 800 kg, including a 200 kg warhead. For comparison, a Shahed-136 is understood to weigh 200 kg, carrying a 50 kg or 90 kg warhead. 

This really gets to the core of the K2 and what it is designed for. Baykar states, “The K2 Kamikaze UAV, operating with AI-assisted swarm synergy, introduces a new approach to the “expendable” category.” So, it is positioned to provide an expendable long-range strike capability at a lower cost than advanced cruise missiles.

The company envisages other use cases for the K2, including as a reusable strike platform with its own munitions. 

Tech profile: K2 kamikaze drone

The K2 kamikaze drone is engineered to maintain operational integrity during heavy jamming. Its navigation architecture combines an EO/IR gimbal camera with an underside night-vision system to scan terrain features. This allows for autonomous positioning and mission completion in areas where global navigation satellite systems (GNSS) are jammed or unavailable. Equipped with satellite datalinks for both line-of-sight and beyond-line-of-sight operations, the K2 can perform reconnaissance before utilising a visual lock-on feature or coordinate-based guidance to engage targets. Its ability to operate from short runways provides increased logistical flexibility for a platform of its size.

  • Length: 5.1 metres
  • Height: 2.1 metres
  • Wingspan: 10 metres
  • Maximum Takeoff Weight: 800 kg
  • Warhead Capacity: 200 kg
  • Operational Range: Exceeding 2,000 km
  • Maximum Speed: Over 200 km/h
  • Endurance: More than 13 hours
  • Navigation: GNSS-independent visual terrain scanning
  • Sensors: EO/IR gimbal camera and night-vision fuselage camera
  • Datalink: LOS and BLOS satellite connectivity
  • Launch/Recovery: Short-runway takeoff and landing

Calibre comment: What is the role of expendable munitions?

Expendable munitions like the K2 can play an important role in long-range strikes. They offer options against dispersed targets and to complicate air defences. But they cannot stand alone. Russia and Iran have used their large stockpiles of Shahed and Geran munitions extensively in the Middle East and Ukraine. Their slow speed and large size means that technically they are not a difficult target to intercept. However, when they get used at scale alongside advanced missiles, they can really complicate air defence. On their own, this type of munition is unlikely to get through a small area that is well defended. Think here of a geographic area like Kyiv and its surroundings or Israel. Yes, some might get through – but the majority will be intercepted if the defences are well-organised and resourced. 

Over a larger area, like Russia or the Middle East, it is easier for a large platform to pass undetected. Air defences are expensive and limited in range, which makes it difficult to defend a large area with dispersed targets. In this scenario, a large kamikaze drone like the K2 can create a significant challenge for any defender. With a 200 kg warhead, failure to intercept the drone will certainly lead to significant damage. However, it is worth noting that they are not a substitute for high end cruise and ballistic missiles. At a speed of 200 km/h, the K2 kamikaze drone can be intercepted by cannons or even helicopters. A Russian Kh-101 cruise missile, however, has a top speed of 900 km/h. It can still be intercepted by well-organised cannon fire, but is much more challenging and harder to detect. 

The lead image is a screen grab of the Baykar Technologies video announcing the K2 drone. Credit: Baykar Technologies

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