Russia Built a Major Drone Launch Site in Six Weeks
Matthew Leo · Published October 23, 2026 · News
A large Russian launch facility for jet-powered attack drones has appeared near the Millerovo airbase in roughly six weeks, according to a Reuters analysis of commercial satellite imagery published October 15.
The visual evidence is the strongest part of the story. Imagery supplied by Planet Labs and Airbus showed an empty field on August 31, construction beginning the next morning and a roughly 0.9-square-kilometre complex by October 14. Reuters and two defence specialists identified eight platforms that appear suitable for launch rails.
What the imagery establishes
The site sits about 3.5 kilometres from Millerovo airbase in Russia’s Rostov region. Two platforms already had rails visible, while work appeared to be continuing on two others. The location near an operating military airfield may provide logistics and air-defence support, although the images alone cannot establish how those systems will be integrated.
DroneSec chief executive Mike Monnik said the visible layout was consistent with launch infrastructure for the Geran-4 and Geran-5. Rob Jordan of the Royal United Services Institute separately told Reuters that the concrete pads and possible takeoff rails looked consistent with Geran launch tracks.
Russia’s defence ministry did not respond to Reuters’ questions. That absence matters because the imagery shows rapid construction, not a declared mission, operational date or verified launch record.
The capacity figure is an estimate
Monnik estimated that the facility might eventually support more than 100 jet-drone launches in 24 hours. That figure should not be presented as observed capacity. Actual output would depend on completed rails, available drones, crews, fuel, targeting and operational choices.
The more defensible conclusion is that Russia can build fixed launch infrastructure quickly. Reuters measured the site at about 126 soccer pitches and found that most construction occurred after August 31. That compressed timeline reduces the warning available to defenders and complicates decisions about when an unfinished site becomes an operational threat.
Why jet-powered drones change the defence problem
Ukraine developed comparatively inexpensive interceptor drones for slower piston-powered targets. Jet-powered Geran models can reportedly travel at speeds up to 600 kilometres per hour, narrowing the time available to detect, classify and intercept them.
A faster target can push defenders toward more expensive missiles or denser layers of sensors and interceptors. The attacker does not need every drone to get through; it can also impose costs by forcing air-defence systems to respond repeatedly.
Mapletechie previously examined Germany’s move to co-produce Ukrainian drones. The Millerovo imagery shows the other side of that production race: launch infrastructure can scale alongside the airframes.
The Canadian and NATO question
Canada is not threatened by this individual facility, but the construction speed is relevant to NATO planning. Counter-drone procurement has to account for changing target speed, mass launches and fixed infrastructure that may be protected by conventional air defences.
Commercial imagery also has limits. Analysts can measure pads, rails and construction, but they cannot reliably infer software readiness, stockpiles or command arrangements from a photograph. A strong procurement response should combine imagery with electronic intelligence, testing and observed operations rather than treating one source as complete.
Source and visual note
The licensed Planet Labs and Airbus images are not reproduced here. The cover is an original illustrative analysis scene and does not depict the real site.
Tags: Ukraine, drone manufacturing, air defence, NATO