Russia’s Hypersonic Missiles and Glide-Bombs Hit Ukraine With No Warning - Video

Russia’s newest wave of strike weapons — glide-bombs, Kh-101 cruise missiles, and a hypersonic Oreshnik — hit Ukraine with almost no warning. Cities went dark, defenses were overwhelmed, and reaction time collapsed within seconds. Here is how Russia executed one of its most complex layered airstrikes.

In this video, we break down how these systems work, why Ukrainian radar struggled, and what this escalation means for the coming winter.

Russia’s latest strikes on Ukraine combined three of its most destructive modern weapons: Su-34 glide-bombs, long-range Kh-101 cruise missiles, and the hypersonic Oreshnik ballistic missile — all hitting with little to no warning. Cities like Kyiv, Dnipro, Odesa, and Kharkiv faced sudden blackouts as power plants, substations, and key grid nodes were hit in rapid succession.

For frontline soldiers and civilians alike, these strikes unfold in layers:

• Glide-Bombs (FAB-1500 UMPK) — launched from Su-34 jets far behind Russian lines, gliding 40–70 km before impact with 1.5 tons of explosive force. These bombs can level apartment blocks, crack bunkers, destroy logistics hubs, and flatten frontline towns.

• Kh-101 Cruise Missiles — launched from Tu-160 and Tu-95MS bombers flying hundreds of kilometers away. Designed to fly low and evade radar, these missiles target Ukraine’s power grid, industry, and energy infrastructure, forcing blackouts and draining air-defense interceptors.

• Oreshnik Hypersonic IRBM — a Mach 10+ MIRV-capable missile able to deliver multiple reentry vehicles within minutes. First used in Dnipro in 2024, Oreshnik represents a major escalation with strategic implications for Ukraine and NATO.

Ukraine experiences these weapons as overlapping waves: air-raid sirens, sudden darkness, air-defense launches, fireballs on the horizon, and cascading grid failure. Analysts warn that the combination of these systems is designed not just to destroy targets, but to overwhelm defenses, deplete interceptors, and apply psychological pressure during winter.

In this video, we explain:
• How glide-bombs evolved with UMPK guidance kits
• How Kh-101 missiles evade early-warning radars
• Why Oreshnik’s MIRV capability changes the strategic balance
• How layered Russian strikes compress reaction time
• And what this escalation means for Ukraine’s winter energy supply

➡️ Subscribe for deeper analysis on Russia’s new weapons, Ukraine’s air defense challenges, and real-time updates on the war’s changing dynamics.
➡️ Comment below: Can any air-defense network withstand this kind of multi-layered strike?


⚠️ Educational & Documentary Notice
This video is produced solely for educational, analytical, and documentary purposes.
It does not promote violence, glorify weapons, or support any political side.
All military information is based on publicly available, open-source reporting.

???? Misinformation Warning
Any clips, maps, or graphics marked as “misinformation” are included only for analysis
to help viewers understand how narratives or battlefield claims evolve.

???? AI Illustration Notice
Some visuals and thumbnails may be created using AI-generated imagery
for educational illustration only.

???? Fair Use Disclaimer
Certain footage is used under Fair Use for purposes of commentary, research, reporting, or analysis (Section 107, U.S. Copyright Act).
This content is non-profit and aims to provide context, education, and technical understanding of modern military systems.

#Russia #UkraineWar #HypersonicMissile #GlideBombs #Kh101 #Oreshnik #Su34 #Tu160 #MilitaryAnalysis #WarUpdate