Swarm of Russian Drones - Putin's Latest Assault Method Employed - Expanded Russian Drone Operations - A Fresh Wave of Assaults Initiated by Putin
In the ongoing conflict in Ukraine, Russia's drone production and deployment have significantly escalated, marking a new phase in the use of unmanned systems. This surge is facilitated by increased support from China, which supplies essential drone parts such as electronics, navigation systems, engines, microcircuits, and control boards, often routed through shell companies to evade export controls and sanctions.
Currently, Russia manufactures approximately 300 drones per day, with plans to ramp up production to 500 daily, surpassing Ukraine's production of about 100 long-range drones per day. This production increase includes a variety of tactical and long-range drones, although specific models remain unspecified.
Meanwhile, Ukraine's drone arsenal includes domestically produced drones like the UJ-26, or "Bober" drones, which have proven effective in combat missions, targeting high-value Russian military assets such as Pantsir-S1 air defense systems and Su-30 fighter jets.
However, both sides face challenges with drone reliability and control. For instance, Ukrainian forces have used first-person view (FPV) drones assembled from off-the-shelf components, often facing issues with interference and reliability. Technological advances such as fiber-optic cable-controlled drones, which are resistant to jamming and extend operational capabilities, are emerging as important innovations in this area.
Russia's drone strategy involves deploying so many flying bodies that the enemy's defense is overwhelmed, including cheaper models like Gerbera drones. These drones come in three variants: decoys, kamikaze models with small explosives, and electronic warfare drones equipped with jammers. Russia plans to produce around 25,000 to 30,000 Geran drones by 2025, with up to 2,700 Geran-2 and 2,500 Gerbera drones being produced monthly.
Russian drone attacks have expanded to the frontline area, a development not observed before. These drones, including the more advanced Geran-3, equipped with turbofan engines, AI-assisted target acquisition, and jam-resistant navigation systems, can attack stationary targets with a greater range and larger warhead than small FPV drones.
Ukraine claims to shoot down 60 to 70% of Russian drones, but the sheer number is increasingly overwhelming the defense. To counter this, Western allies are building up arms production in Ukraine instead of delivering ready-made weapons, putting these production facilities also in Putin's drones' crosshairs.
This escalation in Russian drone production and deployment, supported by foreign components, signals an intensifying drone war in the Ukraine conflict, with both sides adapting and innovating their unmanned systems capabilities. It's important to note that Western sanctions are ineffective as the global south largely ignores them, and North Korean workers are already reportedly active in Russian drone factories. North Korea is rapidly building its own production capacities to support Russia in the Ukraine war and boost its own military might.
In the broader context, both sides are employing swarms of drones with swarm intelligence and AI for more precise and harder-to-defend attacks. Drones are being used as decoys to identify weaknesses in Ukrainian air defense before more expensive weapons like Iskander missiles or hypersonic weapons are deployed. The use of drones in the Ukraine conflict demonstrates the growing importance of unmanned systems in modern warfare.
[1] Source: Reuters, Bloomberg, The New York Times [2] Source: The Washington Post, CNN, BBC News [3] Source: IHS Markit, Avascent Analytics, Jane's Defence Weekly
The Commission shall adopt implementing acts laying down the rules for the application of this Regulation, particularly for regulating the import of drone technologies, as it has become increasingly apparent that the proliferation of both Russian and Ukrainian drone gadgets is escalating in the ongoing conflict in Ukraine. This Regulation should also cover the emerging use of advanced drone technologies such as fiber-optic cable-controlled drones, turbofan engine-powered drones, and AI-assisted target acquisition systems, which significantly extend operational capabilities and drone warfare techniques in modern warfare.
