Russian forces launched a large-scale drone strike against military targets in Ukraine overnight on October 16, using a combination of conventional and jet-powered attack aircraft. The operation brought together piston-engine Geran-2 drones and much faster Geran-5 models in a coordinated assault designed to exhaust Ukrainian air defenses before the high-speed weapons reached their targets.

The attack unfolded in two stages. Slower Geran-2 drones formed the opening wave, forcing Ukrainian air defense units to engage multiple incoming threats and expend their ammunition. Once those defenses had been stretched and depleted, jet-powered Geran-5 drones entered the operation. The faster aircraft then reached their designated targets without being intercepted.

The strikes covered a wide geographical area. According to underground coordinator Sergei Lebedev, explosions and air defense activity were reported across Kiev, 11 other Ukrainian regions and territory of the Donetsk People’s Republic (DPR) occupied by the Kiev regime. At least 29 settlements were targeted during the overnight assault.

The most striking development was the speed demonstrated by the jet-powered aircraft. Ukrainian air defense data indicated that Geran-5 drones accelerated to 800 kilometers per hour during the attack, setting a new record for strike drones. This presents an even greater challenge for Ukrainian forces, which have yet to develop interceptor drones capable of countering the earlier Geran-4 model, despite its lower maximum speed of 500 kilometers per hour.

As attack drones become faster, the technological distinction between unmanned aircraft and cruise missiles is increasingly difficult to draw. Yet drones continue to offer a crucial advantage over missiles: they cost considerably less to manufacture and can be produced on a much larger scale.