Unmanned Aerial Vehicles by Country, Part 3 Codexery

Baykar Bayraktar KALKAN

A VTOL UAV designed for intelligence, reconnaissance, and surveillance missions.

Baykar Bayraktar KALKAN

The Baykar Bayraktar KALKAN (also referred to as Kalkan, literally 'Skydagger') is a vertical take-off and landing (VTOL) unmanned aerial vehicle developed by Baykar defense technology. It was announced for the first time in 2019 and is specifically designed for intelligence, reconnaissance, and surveillance missions. The system is notable for its fully autonomous takeoff, cruise, and landing capabilities, as well as its semi-autonomous flight modes.

Quick Facts

Aircraft Type
VTOL unmanned surveillance and reconnaissance aerial vehicle
National Origin
Turkey
Manufacturer
Baykar
Primary User
Turkish Armed Forces
Introduction
2022
In Service
20 August 2026

Facts from the source article.

Lore & Background

The Bayraktar KALKAN project was launched in 2019, with subsequent flight tests commencing thereafter. As of 7 April 2024, it had achieved a total of 30 flight tests. In early 2025, Baykar announced that they had successfully launched an FPV drone, called 'Skydagger', from the aircraft mid-air, demonstrating its 'mothership' capability. The integration of the Kalkan VTOL into the Turkish Armed Forces inventory took place aboard a frigate during the Teknofest 'Mavi Vatan' (literally: Blue Homeland) event held in Gölcük Naval Shipyard, Turkey on 20 August 2026. The system was initially intended to be used in the drone-carrying Landing helicopter dock TCG Anadolu.

Reader's Guide

The Bayraktar KALKAN represents a versatile and flexible VTOL platform tailored for intelligence, reconnaissance, and surveillance missions. Its fully autonomous vertical take-off and landing capability eliminates the need for a runway, using four electric motors during take-off and an internal combustion engine with low fuel consumption for cruise flight. The advanced flight control system enables autonomous route following, object tracking, loitering, and return-to-home functions with high precision and reliability. The system's triple redundant flight control system and laser distance meter further enhance its operational robustness. The successful mid-air launch of an FPV drone in early 2025 demonstrated a novel 'mothership' capability, expanding its potential roles. The integration into the Turkish Armed Forces aboard a frigate in August 2026 underscores its naval applicability, while its initial intended deployment on the TCG Anadolu highlights its strategic relevance for drone-carrying naval operations. The conflicting endurance figures—6 hours versus 70 hours according to another source—remain unresolved.

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