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​From Strike to Spy: Unidentified russian V2U AI Drone Gets Recon Upgrade

The V2U AI-powered unmanned aerial system / Photo credit: Serhii Flash
The V2U AI-powered unmanned aerial system / Photo credit: Serhii Flash

Ukrainian forces have identified a reconnaissance variant of the V2U AI-powered drone, designed for intelligence-gathering missions and equipped with parachute recovery

A new reconnaissance version of the V2U AI-powered unmanned aerial system has been spotted this week across multiple frontlines in Ukraine. The drone, which is a variant of the strike-capable V2U drone, features key design changes tailored for intelligence gathering, Serhii Flash reports.

Unlike its combat-oriented counterpart, the V2U reconnaissance UAV lacks the central tail stabilizers, a modification that enhances its suitability for non-strike missions. After completing its recon tasks, the UAV deploys a parachute for a controlled landing, allowing for potential reuse and data retrieval.

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The V2U AI-powered unmanned aerial system Defense Express
The V2U AI-powered unmanned aerial system / Photo credit: Serhii Flash

This addition to the V2U family is part of a broader AI-driven drone lineup. Analysis of captured systems has revealed various names in the V2U program, including the strike model, the newly confirmed recon version, and a yet-to-be-seen "courier" variant intended for logistics operations.

The manufacturer and developer remain unidentified, but technical inspections have confirmed that no russian-made components are used in the system's architecture. This suggests a foreign or possibly domestic origin with a focus on secure supply chains.

The V2U AI-powered unmanned aerial system Defense Express
The V2U AI-powered unmanned aerial system / Photo credit: Serhii Flash

One of the most pressing operational questions is how the reconnaissance version will coordinate with strike drones in a swarm configuration. Integrating AI-powered recon and strike assets could drastically reduce decision-making time and improve target acquisition in real-time.

Serhii Flash notes that the V2U program represents one of the most innovative, and potentially dangerous, advancements in russian unmanned systems currently deployed.

The combination of autonomy, modularity, and mission-specific designs makes the series highly adaptable to evolving battlefield needs.

If the logistics-capable "courier" model is introduced, the V2U lineup could cover a full spectrum of frontline requirements: reconnaissance, strike, and supply delivery.

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