Russian Military Deployed Gerbera Drones in July 2024
The low-cost autonomous aircraft utilize kits from Chinese suppliers to saturate air defense systems.
Updated on Sept. 25, 2026 in Robotics
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Beginning in July 2024, the Russian military initiated the deployment of Gerbera drones within Ukraine. These lightweight aerial systems are designed to function primarily as decoys to overwhelm existing air defense networks.
Why it matters
By deploying inexpensive, mass-producible aircraft, military forces can force opponents to expend high-value interceptor missiles on low-cost targets. This strategy exploits the economic asymmetry inherent in modern air defense operations.
The Gerbera drone features a wingspan of 2.5 meters and a length of 2 meters, with a maximum flight speed of 160 kilometers per hour. Constructed from plywood and polystyrene, the unit weighs up to 18 kilograms and offers a maximum flight range of 600 kilometers.
The players
Skywalker Technology
A Chinese firm that manufactures and supplies component kits used in the assembly of the Gerbera drone.
The details
The Gerbera is assembled in Yelabuga, Russia, using imported assembly kits provided by the Chinese firm Skywalker Technology. To mimic the radar profile of larger assets, the drone replicates the wing configuration of the Shahed-136. These materials, including polystyrene and plywood, allow for a low-cost manufacturing process that facilitates rapid, high-volume production for battlefield saturation.
Timeline
July 2024: Gerbera drones were first documented in operation within Ukraine.
The Tech Race
The Gerbera drone extends the tactical doctrine established by the Shahed-136 by adopting its form factor to serve as a specialized decoy within an integrated air defense engagement. This development reflects an increasing focus on achieving strategic objectives through low-cost hardware rather than high-performance, complex airframes.
The proliferation of mass-produced, low-cost drone technology alters the operational environment for regional air defense systems. These aircraft primarily affect military logistics and resource allocation rather than consumer or commercial aviation sectors.
The takeaway
The deployment of the Gerbera underscores the tactical shift toward using mass-produced, inexpensive decoys to deplete expensive defensive inventory. Observers should track shifts in the ratio of interceptor usage relative to incoming decoy signatures in the Ukrainian theater.
Further reading
For more on how automated systems are reshaping modern aerial engagement, see Robotics.
Source note: This article includes information reported by Odnako.
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