Russian mass missile/drone strikes on Kyiv, July 3–6 2026

July 3, 2026Developing

Russia conducted a series of large-scale missile and drone attacks on Kyiv between July 3 and July 6, 2026, described as among the heaviest of the war. At least 23 people were killed in the July 6 attack alone, with further casualties reported in follow-on strikes. The attacks caused severe air quality degradation, structural damage to residential buildings, and prompted a Day of Mourning in Kyiv.

What we know — and what we don't

What we know

A major Russian attack on Kyiv around July 3 was described as Russia's biggest single attack on the capital of the entire war, causing significant air quality deterioration.
A second large-scale Russian strike on Kyiv on July 5–6 killed at least 23 people in what was described as a mass missile attack.
At least 11 people were killed in strikes on Kyiv on July 5.
Russian attacks killed 7 and injured 88 in Ukraine over the 24 hours following the July 6 strike, as Kyiv declared a Day of Mourning.
A residential building in Kyiv sustained a large structural hole from one of the attacks.
The Kyiv suburb of Vyshneve was hit in a devastating strike, with witnesses describing sustained detonations.
Ukrainian officials stated Kyiv was 'defenseless' against Russia's ballistic missiles at the time of the attacks.
Zelensky used the attacks as grounds to press NATO allies for additional air defence systems at the NATO summit.
Putin publicly stated Russia's mass missile attacks 'must continue'.
Trump commented after the deadly Kyiv attack that Putin wants to end the war.

What we don't know yet

The precise total casualty figures across all strikes in this period remain unconfirmed.
The exact mix of missile and drone types used in each individual attack has not been fully verified.
Whether any specific military targets were successfully hit, as opposed to civilian infrastructure, remains unclear.
Disputed: Russia framed the strikes as targeting military-linked sites — Ukrainian and Western officials dispute this characterisation.