The Dovbush T10, a Ukrainian-developed multirole drone, has emerged as a critical tool for the nation’s armed forces in their efforts against Russian forces. Designed for versatility, the T10 serves as a reconnaissance platform, precision strike tool, and a carrier for first-person view (FPV) kamikaze drones.
The Dovbush T10 can carry up to six FPV kamikaze drones, which are attached under its wings using a unique inverted adapter system. This design allows for stable flight and quick deployment of the drones, which are then guided to their targets by onboard cameras and operator instructions. Targets typically include armored vehicles, artillery positions, and other high-value assets.
I present to you: the drone carrying drone.
This is a new type of drone created by Ukraine known as “Dovbush”, that can apparently carry as many as 6 FPV drones.
It has a wingspan of 4.5 metres and a range of 40km. It is also equipped with a thermal imaging camera and has GPS… pic.twitter.com/VwQqjdR2aE
— AMK Mapping 🇺🇦🇳🇿 (@AMK_Mapping_) November 20, 2024
Equipped with advanced navigation systems, high-resolution cameras, and infrared sensors, the T10 provides real-time intelligence to ground operators, enabling effective reconnaissance and precise targeting. Its integration of artificial intelligence and electronic counter-countermeasures ensures the drone can perform effectively even in contested environments where jamming and electronic warfare are present.
Mass production of the Dovbush T10 began in December 2022, with over ten units produced daily. Ukrainian entrepreneur Volodymyr Yatsenko played a pivotal role in accelerating its production, investing $8 million into the project. The drones are supplied free of charge to Ukraine’s military.
With a range of approximately 40 kilometers, the T10 is particularly effective in supporting frontline operations, although efforts are underway to extend its range to over 1,000 kilometers. Aside from enhancing the range, current development efforts also focus on improving payload capabilities and refining the design to address operational limitations.
