From test to threat: Russia's new AI drone innovations push 100km strike range

According to Ukrainian communications specialist Serhii 'Flash' Beskrestnov, Russia is moving aggressively on several new vectors of drone development, learning from and rapidly scaling technologies—a lesson Ukraine learned bitterly with fiber-optic drones, which its own developers tested months before Russia began mass-producing them.

Beskrestnov, speaking to Defense Express, outlined the key areas where Russia is making alarming progress:

1. Autonomous 'combat AI.' What was once considered a breakthrough—"machine vision" for automatic target acquisition—is now becoming standard on Russian rotary and fixed-wing drones. The new frontier, Beskrestnov says, is fully autonomous AI.

Russia is reportedly testing its V2U drone, which requires no GPS or human commands. It uses terrain-analysis navigation to autonomously find and attack targets. "This is a future type of drone," Beskrestnov noted, which could be programmed to hunt anything an AI can recognize, from military vehicles on a highway to camouflaged objects, which such algorithms often spot better than the human eye. Analysis of downed V2U drones shows their code is being updated almost weekly as the AI learns.

2. 'Mother ship' drones and extended range. Russia is pushing to extend the effective range of its FPV drones from the current 20-50 km to 70-100 km. A key solution is the use of 'mother' drones. These larger UAVs, like the Molniya, can fly 50 km deep, carrying and relaying signals for smaller FPV drones, which are then released to attack targets 10-15 km further. This 'mother ship' concept dramatically extends the threat bubble.

3. Intelligent swarm tactics. Russia is already experimenting with 'swarm' tactics. Beskrestnov described V2U drones being launched in 'stacks' of seven or eight. Even without direct radio links, the drones monitor each other visually. "If one disappears," he stated, "the others begin to perform anti-aircraft maneuvers because the algorithm understands that one of the 'flock' was shot down." This indicates a basic, reactive group intelligence.

4. The future threat: AI-powered Shaheds. The expert’s most dire warning is that this 'combat AI' can be transferred to any long-range weapon, including the Shahed. This would create a guided missile that is independent of satellites, navigating visually.

Beskrestnov speculates that Russia is already experimenting with this, using simple cameras on Shaheds to analyze air defense positions by spotting the flash of a missile launch or tracers from mobile fire groups. While this data may be manually analyzed for now to reprogram future routes, the next logical step is an autonomous system that allows the drone to hunt and destroy air defenses all by itself.