Ukraine has successfully used AI-powered robotic gun turrets to shoot down fast-moving Russian jet-powered drones, marking a significant advance in automated air defence technology, according to Spider’s Web – technologie.
The Ukrainian Air Force confirmed that the automated weapons systems have destroyed Russian unmanned aerial vehicles including the new Geran-5 model. These jet-powered drones present a far greater challenge than conventional propeller-driven aircraft because of their speed, which gives defenders minimal time to react.
The turrets themselves use conventional machine guns rather than exotic laser weapons. The innovation lies in how they identify and engage targets. Machine vision technology enables computers to analyse camera feeds and recognise objects within them. Artificial intelligence helps detect the drone, keep it in view and calculate the parameters needed for accurate fire. Human operators no longer need to manually track a small, rapidly moving point in the sky.
Speed of reaction proves decisive
Yuriy Ihnat, spokesman for Ukraine’s Air Force, acknowledged he initially doubted whether such devices could cope with jet-powered drones. Combat results have apparently dispelled those concerns.
Jet-powered unmanned aircraft pose a harder problem for a straightforward reason: they travel considerably faster. The window during which a target remains within machine gun range becomes shorter, and any operator error can mean losing the chance to shoot it down.
Russia has been developing its strike capabilities in precisely this direction. Geran-5 belongs to a new generation of jet-powered drones deployed against Ukraine. Greater speed is intended to complicate air defence work and force defenders to employ faster, more sophisticated interception methods.
In traditional anti-aircraft positions, an operator must first spot the target, identify it, aim the weapon properly, calculate corrections and open fire. With a fast-moving object, everything happens within a very short timeframe.
Automation allows part of this chain to be compressed. A camera can observe airspace continuously, whilst software tracks the detected object and immediately relays its position to the fire control system. AI does not make the machine gun suddenly more powerful. It does, however, make it easier to exploit the brief moment during which a target can be effectively engaged.
Economic warfare
The new technology has one very clear limitation. Machine guns operate at relatively short range. A turret can therefore defend a specific installation, piece of infrastructure or city approach, but cannot create a broad protective zone over Ukraine.
This is the final layer of defence rather than a replacement for anti-aircraft missiles, fighter aircraft or interceptor drones. If a Geran flies beyond the station’s range, even the best algorithm will be unable to do anything.
Such designs have another substantial advantage, however. There is no need to send an expensive missile at the target. A burst from a machine gun suffices, and the system can remain in position and wait for the next aircraft.
Economics is becoming one of the key problems in drone warfare. It makes no sense to respond with the most expensive available weaponry to every incoming target if some can be destroyed with far simpler means. The first successful hits against Geran-5 show that a classic machine gun coupled with a highly unorthodox aiming system may join that category.
Russia accelerated its drones, and Ukraine has responded by cutting the time needed to detect, aim and fire. Increasingly, those seconds will decide defence against the next generation of unmanned aircraft.
What this means for Poles in Poland
Poland faces the same challenge from Russian jet-powered drones. The country’s FA-50GF fighter jets are due to be incorporated into the real air defence system, with one of their tasks being to combat jet-powered Geran-4 and Geran-5 drones. However, sending up combat aircraft is not the only possible response.
Ukraine’s experience demonstrates that drones can be fought with much simpler weapons during the final stage of their flight. Similar technology is already being developed in Poland. The MACS system is designed to combine radar, thermal and acoustic sensors with AI that automatically recognises threats. Poland’s military is also searching for small, relatively inexpensive interceptor drones to destroy other unmanned aircraft.
For Poles living abroad watching developments at home, Ukraine’s battlefield innovations in automated air defence may prove relevant to Poland’s own security architecture as the country invests heavily in protecting its airspace from similar Russian threats.
