Russia’s Drone Empire Expands: Behind the Attacks on Ukrainian Cities

THE HAGUE, Netherlands — The Russian administration has initiated a comprehensive and layered plan to accelerate the nation’s drone development and production, aiming to position itself as a global frontrunner in this technology sector. This strategic initiative is supported by substantial federal and regional investments, the involvement of thousands of startups, and even includes structured training programs for school students.

The significance of drone technology has been sharply highlighted in the ongoing conflict in Ukraine, now in its fourth year following Russia’s extensive military incursion in February 2022. These lightweight, unmanned aerial vehicles, often assembled from readily available commercial components, have caused both fatalities and severe distress among combatants and civilians alike, particularly in urban areas across Ukraine.

The critical role of these aerial systems was quickly recognized by both Kyiv and Moscow, prompting each to devise ambitious plans to enhance their domestic drone production capabilities and foster innovation to stay ahead of opposing countermeasures.

Unlike other sectors of Russia’s arms industry, which are heavily dominated by state control, the drone initiative places a notable emphasis on nurturing startups and small businesses across the nation. According to a report by the Russian news agency TASS in March, about 70% of the nearly 900 companies engaged in drone production are classified as small or medium-sized enterprises, collectively employing over 7,000 individuals.

“The substantial growth in this segment is primarily attributed to government-backed support initiatives,” TASS highlighted.

Major corporations are also significantly involved in this sector. For instance, the United Aircraft Corporation, established by President Vladimir Putin in 2006 to consolidate Russia’s key aviation assets, announced in June the creation of a specialized division for unmanned systems, backed by a multi-billion ruble investment. The company’s chief executive also mentioned plans to engage with private sector entities to provide them opportunities for collaboration with a large state-owned enterprise, as reported by the Russian business news outlet Tadviser.

Russia has allocated considerable funds to its drone sector, separate from its military expenditures. From 2022 to 2025, the drone industry received 243 billion rubles (approximately $3 billion), and an additional 112 billion rubles ($1.38 billion) is earmarked in the subsequent three-year budget.

The objectives for these investments extend beyond military uses, often appearing innocuous. The drones under development are intended for agricultural, infrastructure monitoring, and delivery services, among other civilian applications. However, the intrinsic dual-use nature of these technologies means they are capable of both civilian and military functions. For example, drones used for pipeline surveillance might also be adapted to deliver payloads across frontlines. This blending of uses forms a central element of the Russian strategy, providing a facade of plausible civilian utility.

“There is no distinct separation — the technology serves both military and civilian objectives,” Russian Minister of Agriculture and Trade, Anton Afanasyev, stated in an interview with the independent Russian publication The Insider.

Moreover, the educational sector is also being leveraged to support this dual-use approach. Numerous schools across Russia have incorporated drone-related subjects into their curricula, focusing on the design, construction, and operation of these devices.

“We were instructed not to mention its necessity in warfare, so we devised civilian applications for our projects,” a 17-year-old drone instructor named Maxim told The Insider. “There’s an unspoken rule in all the competitions I’ve attended that each project must serve dual purposes.”

The engagement of students in drone-related activities is an official government policy, backed by state agencies like the Agency for Strategic Initiatives and sponsored by state-owned defense firms such as Rosatom, Rostec, and Almaz-Antey. Participation in these initiatives can lead to additional exam points or improved career opportunities, and sometimes involves students directly in the construction or testing of drones with potential military applications. President Putin has personally approved aspects of this educational program.

The strategy appears to be yielding results. In 2024, drone production in Russia surged to 2.5 times the output of the previous year, the first full year of the conflict in Ukraine. Subsequently, production of long-range drones increased fivefold in less than a year, according to May intelligence from Ukraine reported by the Ukrainian news service TSN.

Putin, while citing these statistics in 2024, expressed his ambition for Russia to emerge as a global technological leader in unmanned aircraft systems by 2030.

A distinctive feature of Russia’s drone strategy is its broad geographical distribution. The federal budget for 2025 through 2027 allocates 21 billion rubles ($260 million) to eleven specialized regional centers dedicated to research and production of UAV technologies. These centers are strategically placed in diverse locations ranging from the St. Petersburg Technopark on the Baltic coast to deep within Siberia in Tomsk, often near existing commercial zones, technology parks, or historical research and industrial sites.

Press releases and coverage in Russian media discuss the strategic rationale behind this geographical spread, often referred to by analysts as “strategic depth.” By dispersing these capabilities, it becomes more challenging for an adversary to disable a specific function through a single strike. Several of these sites have been targeted by Ukrainian drone attacks.

Moreover, each of the eleven centers seems to specialize in a particular aspect of UAV production. For instance, facilities in Moscow and St. Petersburg are concentrated on advanced R&D and high-tech projects, Tomsk focuses on electronic components and specialized systems, while Perm is known for developing engines and propulsion technologies.

The specialized center in Tatarstan, positioned in central Russia north of Kazakhstan, hosts what might be the world’s largest drone factory. Satellite imagery indicates significant expansion at this plant. The facility, known as the Yelabuga factory, is where Russia assembles the Geran-2, a domestically produced version of Iran’s notorious Shahed-136 kamikaze drone. These robust, inexpensive flying wings equipped with large explosive warheads have become a fixture in Russian air assaults against Ukraine. The recently completed dual 700-meter-long assembly halls at this factory reportedly operate around the clock, with workers on three shifts daily.

The company managing this production, Albatross, was originally a specialist in agricultural technology, as reported by the Financial Times. Its flagship drone, now employed in surveillance operations against Ukraine, was initially developed for agricultural use.

Last year, a Defense News investigation revealed that a Russian drone manufacturer, Integrated Robotics Technologies, publicly identified as a maker of agricultural and industrial drones, was secretly marketing self-destructing drones. The company remains active and has established a subsidiary in St. Petersburg, which took part in a 2024 military expo. On Telegram, a popular communication app in Russia, IRT has advertised its drones as “short life vehicles… suitable for delivering mines.”

One of its drones even appeared on a deck of playing cards featuring various UAVs, uploaded by a Russian state university. However, IRT’s minimalist website does not mention any military applications.

A primary goal for IRT and the broader Russian drone industry has been import substitution, a common theme aimed at domestic production of all components. This strategy is particularly crucial given the impact of Western sanctions and export controls on Russia’s high-tech sector, which trails significantly behind in areas like semiconductor manufacturing. Despite these challenges, Russia continues to depend heavily on foreign imports, especially electronic parts from China.

While Moscow and Beijing have established a strategic partnership, this dependency represents a significant vulnerability for the Kremlin. By domestically producing everything from drone frames to engines, microchips, and rotors, Russia aims to insulate itself from external pressures that could hinder its economic and military capabilities. This approach mirrors the strategies of other heavily sanctioned countries like Iran and North Korea, although their experiences also illustrate the limitations of economic isolation.

Both countries have played crucial roles in bolstering Russia’s drone capabilities. Iran provided the designs and materials necessary for starting Russia’s largest drone production facility in the Alabuga special economic zone in Tatarstan, as reported by the Washington Post in 2023. Ukrainian intelligence suggests that Russia may also be enhancing North Korea’s domestic drone capabilities and possibly benefiting from inexpensive North Korean labor in its Yelabuga factory.

The prospect of exporting drones to the highest bidder likely serves as a key incentive for financially strapped North Korea and could also be a future strategy for some of Russia’s successful drone manufacturers.

In line with this, Russia’s Duma, the nation’s compliant parliament, has endorsed a policy that eliminates value-added tax for all drones and imported UAV components like motors, expanding on earlier tax benefits.