Russia’s unmanned aircraft sector has expanded rapidly since the start of the war in Ukraine, with government and industry officials claiming domestic manufacturers now have the capacity to produce up to 15 million unmanned systems annually across all categories.
The figure encompasses a broad range of platforms, including first-person-view (FPV) attack drones, tactical reconnaissance UAVs, loitering munitions and larger unmanned aircraft. Russian officials report that FPV drone production alone now exceeds 15,000 units per day, compared with approximately 15,000 units per month in 2023.
The expansion reflects a wider increase in activity across Russia’s aerospace manufacturing sector. Data published by Russia’s Federal State Statistics Service and cited by international media indicate that output within the country’s aviation industry increased by 117% year-on-year in April 2026, with UAV production accounting for a significant proportion of the growth.
The scale of drone manufacturing has become a central factor in the conflict in Ukraine. Ukrainian assessments published during 2026 have suggested that Russian industry could produce more than seven million FPV drones during the year. Although Russian and Ukrainian estimates differ in methodology and scope, both indicate production volumes measured in the millions of units annually.
The rapid growth of FPV manufacturing has been accompanied by continued expansion in production of larger loitering munitions. Among the most widely employed systems is the Lancet family developed by ZALA Aero, part of the Kalashnikov Group. Updated variants entered production following the introduction of a new-generation Lancet design in 2025, with multiple configurations reportedly being manufactured at facilities in Izhevsk.
Russian industry has also continued development of other loitering munition programmes, including the KUB family. Recent variants have been presented as capable of operating in electronically contested environments and supporting integration with reconnaissance and strike networks.
According to Russian industry figures, the domestic UAV sector now comprises approximately 200 companies supported by 29 specialised research and production centres. Alongside established defence manufacturers, numerous smaller enterprises have entered the market as suppliers of reconnaissance drones, FPV attack systems and fibre-optic-controlled UAVs intended to mitigate the effects of electronic warfare.
Manufacturers are also investing in technologies designed to improve the survivability and operational effectiveness of unmanned systems. Current areas of development include mesh-network communications, alternative control architectures and satellite-based communications intended to support operations beyond line-of-sight ranges.
Russian defence companies are increasingly focusing on networked employment concepts in addition to individual platforms. In April 2026, Rostec announced the completion of preliminary trials of a collaborative strike-drone system based on modified Supercam UAVs. According to the company, the aircraft exchanged targeting information during testing while onboard algorithms assisted with target identification and task allocation.
Rostec stated that a single operator was able to supervise up to ten loitering munitions during the trials, reflecting broader efforts to increase autonomy and reduce operator workload in future strike-drone operations.
While manufacturing capacity has become an important indicator of Russia’s defence-industrial performance, battlefield effectiveness continues to depend on factors including component availability, logistics, electronic warfare resilience and the ability to sustain high production rates over time. Nevertheless, current estimates suggest that both Russia and Ukraine are operating in an environment where unmanned systems are being produced and expended on a scale without precedent in modern warfare.
