Attack on Kronstadt Plant in Russia: Ukrainian Drones Show Phenomenal Accuracy

After the strike on the plant, a large-scale fire started.

The Ukrainian long-range drones that attacked the new Kronstadt plant in Dubna caused significant damage to the enterprise. Moreover, the accuracy of the strikes was phenomenal, writes Defense Express .

The publication recalled that the attack on the Kronstadt plant was carried out on May 28. At this enterprise, the occupiers produce Orion drones and Banderol drone missiles.

It is noted that after the strike on the plant, a large-scale fire began. Satellite images published by Exilenova+ show almost perfect geometry of strikes by seven Ukrainian drones that attacked the enterprise. Only one drone missed slightly, and another, the ninth, most likely did not reach its target.

The publication emphasized that the strikes’ deviations in most cases were no more than a meter. Such accuracy exceeds even the requirements for high-precision weapons. Moreover, the object is located more than 500 km from Ukraine.

Such precision guidance of Ukrainian long-range drones demonstrates that the main obstacle to the effective destruction of such objects is the small warhead of the UAV, the publication believes. Nevertheless, such a guidance system can be easily transferred to more destructive means.

The publication added that the Kronstadt plant was built at the end of 2021 using modern construction technologies. The lightweight metal frame was covered with metal clapboard.

Attack on the strategic enterprise “Raduga” – what is known

Earlier on the night of May 28, drones of the Security Service of Ukraine attacked the Russian plant “Raduga” named after Bereznyak, which is located in the city of Dubna, 130 km north of Moscow. As UNIAN was told by sources in the special service, during the strike the drones bypassed the air defense that protects the Russian capital.

It is noted that the plant is part of the Tactical Missile Weapons Corporation and produces cruise missiles of various classes: air-to-air, air-to-ground, and ground-to-ground.

(C)UNIAN 2025