Ukrainian Marines Deploy Barracuda Drone Carrier on Dnipro, Hitting Russian Posts and Ammo Sites
Updated
Updated · UNITED24 Media · Jun 14
Ukrainian Marines Deploy Barracuda Drone Carrier on Dnipro, Hitting Russian Posts and Ammo Sites
3 articles · Updated · UNITED24 Media · Jun 14
Summary
Ukraine’s 40th Separate Marine Brigade released footage showing its Barracuda uncrewed surface platform launching FPV strike and bomber drones in the Dnipro River island zone.
The waterborne carrier moves drones closer to Russian positions before launch, helping Ukrainian forces strike targets in marshy, contested terrain where conventional vehicles and troops struggle to operate.
The brigade said recent Barracuda-backed attacks hit Russian observation posts, ammunition storage sites and logistical facilities along islands and riverbanks in the delta.
The Dnipro delta remains a drone-heavy battlefield for both sides, and Barracuda reflects Ukraine’s wider push to integrate uncrewed surface systems into hard-to-access combat zones.
What is the next battlefield evolution for multi-role naval drones like the Barracuda?
How is Russia countering Ukraine's new drone-launching boats on the Dnipro River?
Are Ukraine's cheap naval drones making traditional warships obsolete in modern conflicts?
Barracuda USV Deployment: How Ukraine’s Modular Drone Carrier Is Shaping Riverine Combat and Countering Russian Innovation
Overview
The recent deployment of the Barracuda Uncrewed Surface Vessel (USV) by the Ukrainian 40th Separate Marine Brigade marks a major step forward in riverine warfare. Operating mainly in the contested Dnipro River delta, the Barracuda USV plays a vital role by transporting and launching FPV and bomber drones. This allows Ukrainian forces to deploy drones much closer to Russian positions than before, leading to successful precision attacks on key Russian targets such as observation posts and ammunition storage sites. The integration of such waterborne uncrewed systems is becoming increasingly important for Ukraine’s operations in challenging environments.