Ukraine Scrambles for Cheap Defences Against Russia’s Jet-Powered Gerans

Key facts

• POLITICO reports Russia has introduced turbojet-powered Geran variants, with newer types cited at up to 600 kph versus ~200 kph for older Geran-2.
• Ukraine says it is pursuing low-cost, mass-produced interceptors; more than 60 local producers are working on solutions and some are in combat testing.
• Brave1 describes multiple interceptor approaches (turbojet, electric/impeller, high-speed “racing” copters, head-on engagements) and notes small anti-aircraft missiles are harder to develop.

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Russia’s introduction of turbojet-powered strike drones into the Ukraine theatre is sharpening the cost and reaction-time pressures already familiar from the Shahed/Geran campaign. According to POLITICO, Moscow has upgraded its propeller-driven Geran line—originally modelled on Iranian Shaheds—towards turbojet-powered variants, with older Geran-2 models cited at roughly 200 kph and newer types (referenced as Geran-5) reportedly capable of speeds up to 600 kph. The article also notes higher operating altitudes and a lower thermal footprint, a combination that compresses engagement windows, complicates detection/track, and reduces the effectiveness of some low-cost counter-UAS approaches optimised for slower, lower profiles.

The operational consequence is a worsening cost-exchange ratio for Ukraine. Many Ukrainian interceptor drones are described as flying around 300 kph, insufficient to overtake the newest Gerans, which in turn forces greater reliance on fighter aircraft and expensive missile stocks better reserved for cruise and ballistic threats. Ukrainian officials frame the requirement as an urgent need for “cheap and mass-produced” interceptors that can be deployed at scale; the Defence Minister is quoted saying some interceptor concepts are already undergoing combat testing, while President Zelenskyy says a small number of companies have shown results and that the next step is mass production. Brave1, Kyiv’s government-backed defence innovation platform, adds that Russia has also adapted tactics, with jet-powered drones used against transport nodes and civilian infrastructure including passenger trains, warehouses and logistics routes.

From an industrial and technology standpoint, Ukraine’s response—working lines cited by Brave1 include turbojet interceptors, impeller/electric interceptors, high-speed electric “racing” copters and head-on engagement technologies—highlights the speed at which counter-UAS requirements are moving beyond propeller-driven, short-range solutions. A Ukrainian manufacturer’s CEO argues that propeller-driven interceptors cannot keep up at these speeds, implying a pivot towards turbojet or rocket-powered counter-drones and, in parallel, small anti-aircraft missiles (noted by Brave1 as harder to engineer than simpler counter-drones). The article cites June demonstrations by Noctis and Vyriy of a high-speed interceptor claimed to show good results against jet-powered drones, but acknowledges procurement, logistics and production will take time, leaving a near-term gap where Ukraine may have to use “more expensive means”.

For European defence officials and industry, the immediate implication is that mass, fast, low-cost strike drones are likely to become a baseline threat profile rather than an edge case, demanding layered defences with a much cheaper per-shot intercept option than legacy SAMs and air-to-air missiles. The Ukrainian experience also signals a procurement lesson: counter-drone portfolios optimised for Shahed-class speeds may be rapidly outpaced, pushing European programmes to prioritise high-speed interceptors, detection/track improvements for higher-altitude small targets, and industrial scalability for sustained, high-volume engagements.

Source: POLITICO Europe