Executive Summary
Helsinki-headquartered Sensofusion, a counter-drone technology firm, recently began manufacturing mobile drone production facilities known as tactical drone factories. Housed inside a standard shipping container, each system can produce up to fifty interceptor drones per day using design-agnostic systems. With drone warfare largely characterizing the Russo-Ukrainian war, agility and adaptability in the production of disruptive technologies, particularly Uncrewed Aerial Systems (UAS), is emerging as a key strategic advantage. Alternative methods to challenge the limits of the typical procurement cycle—which includes stockpiling drones that quickly become obsolete—are one way to create asymmetric advantages in modern warfare.
Key Facts
- Sensofusion is a Helsinki-headquartered counter-drone technology firm that manufactures Tactical Drone Factories, mobile drone production facilities that are fully self-contained within a standard shipping container. According to the firm, each unit can produce up to fifty interceptor drones per day.
- Each facility can accommodate a team of three technicians and, using standard logistics, be transported by air, road, rail, or sea, allowing for strategic positioning and enhanced coordination of air defence planning.
- Offensive aerial operations—both Russian and Ukrainian—using low-cost, attritable drones continue on a near-daily basis, ultimately highlighting how disruptive technologies will continue to shape the trajectory of procurement cycles in the Ukrainian war effort.
Background and Context
Attritable UAS have largely defined the dynamic of the Russo-Ukrainian war. At the onset of the conflict in 2022, Ukrainian forces did not possess an arsenal of specialized drone technology, relying heavily on commercially available UAS platforms. By 2024, however, the Armed Forces of Ukraine (AFU) began operating more than 300 models of UAS for various applications, including Intelligence, Surveillance, and Reconnaissance (ISR), offensive strikes, and loitering munitions. Between 2024 and 2026, the application of UAS technologies in the war effort continued to expand and become increasingly specialized, where the production of low-cost, attritable drones has become a flashpoint in debates on how disruptive technologies—and the way by which they are produced—will influence the dynamic of the war. The ability to produce technologies quickly and cheaply is the/a primary consideration for the AFU as it continues to fine-tune its air defences.
Current Status and Trends
Ukraine has a separate branch of the military, Unmanned Systems Forces, that exclusively employs unmanned platforms to achieve strategic objectives and has become a defining feature of the Ukrainian war effort. In observing current trends, the AFU estimates that drone platforms account for thousands of combat losses daily–as of August 27th, 2026, it estimates that almost 500,000 UAS comprise total Russian losses throughout the war.
Currently, conventional manufacturing of UAS relies on large-scale production to stockpile platforms. Trends in drone technology innovation, however, advance so rapidly that stockpiling, rather than providing an operational advantage, actually becomes a strategic vulnerability, where some technologies become obsolete before they are even deployed.
This demonstrates the far-reaching ramifications for attrition-based UAS warfare: platforms are generally lost at a rate that outpaces development and procurement cycles, meaning that drone production—notably, stockpiling—in Ukraine is becoming inefficient, and may undermine the effectiveness of air defence planning. Therefore, the production and deployment of UAS technologies will remain a key consideration in Ukraine’s air defence strategy.
In August 2026, Ukrainian Minister of Defence, Evgeniy Khmara, met with Norwegian Chief of Defence, General Eirik Kristofferson, to discuss countering Russian threats, specifically Shahed drones and ballistic missiles. Khmara identified Ukraine’s strategic vulnerabilities in its air defence systems, noting that support in producing interceptor aerial platforms will be critical in neutralizing Russian ballistic missiles.
While it remains to be observed whether the AFU will engage with mobile production facilities, Sensofusion evaluates that “drone warfare is an evolutionary arms race”, where the ability to adapt creates an asymmetric advantage. The effectiveness of UAS platforms for the AFU will ultimately hinge on factors beyond the technologies themselves: the agility and adaptability of supply chains is becoming a core operational requirement of modern air defence.
Bibliography
Ministry of Defence in Ukraine, 2026. Total Russian combat losses in Ukraine as of August 27, 2026. [Online]
Available at: https://mod.gov.ua/en/news/total-russian-combat-losses-in-ukraine-as-of-august-27-2026
Ministry of Defence of Ukraine, 2026. Ukraine and Norway discuss strengthening air defence, countering Shahed drones and preparations for the Drone Deal. [Online]
Ministry of Defence of Ukraine, n.d. Unmanned Systems Forces. [Online]
Available at: https://mod.gov.ua/en/about-us/unmanned-systems-forces
Molloy, D. O., 2024. Drones in Modern Warfare: Lessons Learnt from the War in Ukraine. Australian Army Occasional Paper, Volume 29.
Peleschuk, D. & Pruchnika, A., 2026. Russian air attacks target Kyiv retailers, ports and industrial sites. [Online]
Available at: https://www.reuters.com/world/europe/explosions-heard-ukraines-kyiv-reuters-witness-says-2026-08-27/
Sensofusion, n.d. Sensofusion Tactical Drone Factory. [Online]
Available at: https://sensofusion.com/dronefactory/