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Defence & Security25 Oct 2026 · about 7 min

Zelensky: Russia launches 1,600 guided bombs, 48 missiles and nearly 2,300 attack drones at Ukraine in one week

The brief

Guided bombs are aerial weapons that adjust their path toward a selected target. Missiles are powered weapons that travel through the air after launch. Attack drones are unmanned aircraft used to strike targets, often through remote control or onboard guidance. These weapons let an attacker hit military positions, infrastructure, or urban areas from a distance. Their main differences involve launch method, propulsion, control, and flight behavior. Guided bombs are usually released from aircraft and then steer. Missiles use engines or rockets and may follow different flight paths. Attack drones can fly toward a target and explode on impact. The article reports that Russia used all three categories against Ukraine. The reported targets included thermal power plants, substations, coal mines, grain silos, shopping centers, and a postal terminal. Strikes also hit a construction supply store and emergency responders in Kharkiv. The wide mix of weapons and targets shows why Ukraine needs layered air defense and continued interceptor supplies.

01

What are guided bombs, missiles, and attack drones, and how are they used in warfare?

Guided bombs are aerial weapons that adjust their path toward a selected target. Missiles are powered weapons that travel through the air after launch. Attack drones are unmanned aircraft used to strike targets, often through remote control or onboard guidance. These weapons let an attacker hit military positions, infrastructure, or urban areas from a distance.

Their main differences involve launch method, propulsion, control, and flight behavior. Guided bombs are usually released from aircraft and then steer. Missiles use engines or rockets and may follow different flight paths. Attack drones can fly toward a target and explode on impact. The article reports that Russia used all three categories against Ukraine.

The reported targets included thermal power plants, substations, coal mines, grain silos, shopping centers, and a postal terminal. Strikes also hit a construction supply store and emergency responders in Kharkiv. The wide mix of weapons and targets shows why Ukraine needs layered air defense and continued interceptor supplies.

02

How large was the reported one-week attack—how do 1,600 guided bombs, 48 missiles, and nearly 2,300 drones compare in scale?

The reported attack was exceptionally large: approximately 1,600 guided bombs, 48 missiles, and nearly 2,300 attack drones in one week. Added together, those figures approach 4,000 reported launches. The numbers are approximate, so the total is not an exact count. They also describe different weapon types, whose effects and interception challenges are not identical.

Averaged across seven days, the report implies roughly 229 guided bombs, seven missiles, and 329 drones per day. These averages help show the intensity, but attacks may have been concentrated on particular days. The missile figure is smaller because missiles are only one part of the barrage, not because the overall attack was small.

The scale matters because air defenses must detect and respond repeatedly while protecting populated areas and essential services. Zelensky reported casualties almost every day and damage in nine regions. He also warned that interceptor missile supplies are decreasing, making sustained defense more difficult.

03

How do ballistic missiles differ from Shahed-type attack drones in speed, flight path, and difficulty of interception?

Ballistic missiles receive strong acceleration early, then travel along a high, curved trajectory before descending rapidly toward a target. They can cover distance quickly and leave defenders little time to react. Shahed-type attack drones are unmanned aircraft that generally fly more slowly and use sustained powered flight. Their longer flight time can provide more warning, although detection is not always easy.

The key mechanism is speed and flight path. A ballistic missile may approach from above at very high speed, placing heavy demands on tracking and interceptor systems. A Shahed-type drone may remain in the air longer and approach at a lower speed, but it can still threaten people and infrastructure. Different defenses may therefore be needed for different threats.

The article identifies both ballistic missiles and Shahed drones among the threats facing Ukraine. Zelensky warned that ballistic attacks may intensify as interceptor supplies decrease. That combination is especially serious because fewer interceptors can reduce protection against the fastest and hardest-to-stop attacks.

04

What happens to civilians and essential services when attacks damage power plants, substations, grain silos, stores, and postal facilities?

Attacks on essential facilities can disrupt daily life far beyond the immediate blast area. Damage to thermal power plants and substations can reduce electricity and heating. Hits on coal mines can affect fuel supplies. Damage to grain silos can interfere with food storage, while strikes on stores and postal facilities can interrupt access to goods and deliveries.

The mechanism is cascading disruption. A damaged power plant may affect homes, businesses, and public services. A damaged supply or postal site can delay materials and essential items. The article reports strikes on all these types of facilities, alongside damage in nine regions. In Kharkiv, a second strike hit emergency services that had arrived after an earlier attack.

The human cost is immediate as well as practical. Zelensky reported four people killed and 22 wounded in Dnipropetrovsk, including an 11-year-old girl. Six people were wounded in Vinnytsia, and rescue workers were injured in Kharkiv. Repeated strikes can therefore threaten both civilians and those responding to emergencies.

05

What are Patriot interceptor missiles, and why does a decline in their supply make ballistic attacks more dangerous?

Patriot interceptor missiles are launched by a ground-based air-defense system to destroy incoming threats. They are especially important against difficult targets such as ballistic missiles. An interceptor must detect, track, and meet the incoming weapon at the right time and position. Success depends on having suitable missiles available, not only on having a launcher.

The mechanism is limited inventory. Each defensive engagement may use one or more interceptors, while an attacker can launch many weapons in a short period. If replacement missiles arrive slowly, defenders must protect the highest-priority targets with a smaller reserve. Some threats may then pass through, especially during a concentrated ballistic attack.

The article says Zelensky warned that ballistic attacks will intensify as Ukraine’s interceptor supplies decrease. He called for delivery of interceptors for Patriots, already agreed upon by Europeans. The issue is therefore both immediate and forward-looking: continued deliveries could strengthen protection, while shortages could increase danger to civilians and infrastructure.

06

Why is protecting electricity and heating infrastructure especially important before and during winter?

Electricity and heating are especially important before and during winter because homes, hospitals, public buildings, and businesses need reliable energy in cold conditions. Heating systems often depend on electricity, fuel, or both. Damage to the network can therefore affect comfort, health, communications, water systems, and emergency services at the same time.

The key mechanism is interdependence. Thermal power plants generate heat or electricity, while substations move electricity through the network. Coal mines can supply fuel for energy production. If attacks damage one part, other services may lose power or operate with reduced capacity. The article lists strikes on power plants, substations, and coal mines, showing that the energy system itself was targeted.

Zelensky urged continued air-defense and aviation support, especially ahead of winter. He said every defense package helps save lives. Protecting energy sites can reduce outages, preserve heating, and limit the wider effects of attacks on civilians and essential services during the cold season.

07

How does air defense detect, track, and intercept incoming threats, and why can no air-defense system stop every attack?

Air defense usually begins with sensors, such as radar, detecting an object and estimating its direction, speed, and altitude. Command systems then track the object and classify the threat. Defenders decide whether it threatens a protected area and select a suitable response. An interceptor is launched to meet and destroy the incoming weapon before impact.

The mechanism is a chain of decisions under time pressure. Different weapons move differently, so a system must match its response to the threat. Ballistic missiles can arrive quickly, while drones may appear in large numbers. Defenders also have finite launchers, crews, and interceptor missiles. A system can work effectively without stopping every weapon.

The article reports approximately 1,600 guided bombs, 48 missiles, and nearly 2,300 drones in one week. It also says interceptor supplies are decreasing and ballistic attacks may intensify. Those facts show why layered defenses, more interceptors, and combat aviation support matter, especially before winter.

This brief was written by AI from the original reporting and checked by other models. Names, figures and quotes come from the source; read it for full context.

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