Civilian Infrastructure Under Attack: The Latest Figures
On January 25, 2026, Ukrainian President Volodymyr Zelenskyy revealed new statistics detailing Russia's assault on civilian infrastructure, urging international partners to provide consistent daily support for Ukraine's air defense systems. He made this appeal while in Vilnius, Lithuania, where he is attending ceremonies marking the 163rd anniversary of the January Uprising, an event that symbolizes the shared history of the Ukrainian, Polish, and Lithuanian peoples.
Primary Targets of the Russian Military
President Zelenskyy identified the main targets of the Russian attacks as:
- energy facilities
- critical infrastructure
- residential buildings
He stated that in just one week, Russian forces launched more than 1,700 attack drones, over 1,380 guided aerial bombs, and 69 missiles of various types. The President emphasized that every mass strike from Russia has the potential to be devastating, making the daily supply of missiles for air defense systems critically important. He also noted that Ukraine continues to work with the United States and Europe to strengthen its airspace protection. This relentless bombardment highlights the severe pressure on Ukraine's defensive capabilities as the conflict continues.
During his visit to Vilnius, Zelenskyy is coordinating actions with regional partners, including Lithuania and Poland. He is engaging with each leader to bolster support for Ukraine in the face of ongoing military aggression.
President Zelenskyy's statement underscores the dire situation in Ukraine, where persistent attacks on civilian infrastructure pose a severe threat to the country's security and stability.
His call for the international community to enhance support for air defense systems stresses the vital importance of global cooperation in countering aggression. Within the context of Ukraine's ongoing efforts toward integration with European structures like NATO, such sustained support could prove decisive for ensuring national security and regional stability.