Large-scale attacks in the Dnipropetrovsk region: a five-story building, 3 houses and an enterprise were damaged

On January 28, numerous drone and artillery strikes on residential and industrial facilities were recorded in the Dnipropetrovsk region, but there were no casualties.

This was reported by the head of the Dnipropetrovsk regional military administration, Oleksandr Ganzha.

As of the evening of January 28, new consequences of drone attacks and artillery shelling were recorded in the Dnipropetrovsk region. Several districts of the region were hit, and residential and economic infrastructure was damaged. According to preliminary data, there were no casualties or injuries.

In Kamianske, infrastructure facilities were destroyed as a result of morning and daytime UAV strikes. The nature of the damage is being clarified by specialized services. Municipal workers and representatives of emergency units are working on the ground, inspecting the territories and determining the scope of restoration work. Information on the extent of the damage is still being compiled.

Nikopol district was again shelled with the use of FPV drones and artillery. Nikopol, Marhanetska, Pokrovska and Myrivska communities were under fire. As a result of the attacks, a five-story residential building, three private homes, special equipment, including excavators, as well as infrastructure facilities and one of the enterprises were damaged. A fire broke out on its territory, which was quickly extinguished by the State Emergency Service units. In Troitska community of Pavlohrad district, a fire also broke out due to a drone strike, the fire was extinguished, while damage to vehicles was recorded.

In Synelnyk district, in Mykolaiv community, two residential buildings were damaged by shelling. In Kryvyi Rih, in Zelenodolsk community, FPV drone hits led to the destruction of solar panels that were used as an element of energy supply. In all cases, specialized services conduct an examination, record the consequences of the attacks, and collect data for further assessment of the damage caused.