Russia: Huge flames and smoke rise over St Petersburg after drone strikes

St Petersburg and nearby Leningrad Region came under a large-scale Ukrainian drone attack overnight. Air-defence systems were activated across the area. Fires broke out at the Petersburg Oil Terminal, the Ruchyi oil depot and an Ozon logistics centre. Infrastructure in several city districts was also hit.

The reported drone count changed during the response. Governor Alexander Drozdenko first said 126 drones had been shot down over Leningrad Region. He later raised that figure to 144, while some reports cited 145. Images showed flames at the warehouse and thick smoke near the oil terminal.

The attack caused one death and five injuries, according to St Petersburg governor Alexander Beglov. Pulkovo Airport temporarily restricted operations for safety. The strikes also formed part of a wider dispute over energy infrastructure between Russia and Ukraine, with both sides continuing to attack facilities linked to fuel, power and logistics.

A drone strike uses an unmanned aircraft to deliver an explosive attack or damage a target. The operator may control it remotely, while some drones follow programmed routes. Drones can threaten cities because they can travel long distances, approach from different directions and operate without risking a pilot.

Their size and flexibility can make detection difficult, especially when many are launched together. A drone carrying an explosive can damage a warehouse, fuel installation or power facility. Fires may then spread through stored materials or disrupt connected systems. The St Petersburg attack reportedly struck an Ozon logistics centre, oil facilities and infrastructure in several districts.

The article shows how drone attacks can affect both military and civilian life. Air defences shot down many drones, but some strikes still caused fires, deaths and injuries. Airport restrictions followed. As long as drones remain available, large cities and industrial networks will need layered defences and emergency planning.

The attack was large enough for authorities to describe it as a large-scale assault. Alexander Drozdenko initially reported that 126 drones had been shot down over Leningrad Region. He later raised the number to 144, while some reports put it at 145. These figures indicate the scale of the air-defence response, though the reports differ.

The strikes caused fires at the Petersburg Oil Terminal and Ruchyi oil depot. A logistics centre operated by Ozon, Russia’s second-largest online retailer, was also hit and badly burned. Other infrastructure in several St Petersburg districts was struck. Thick smoke was reported near the oil terminal.

The human cost included one death and five injuries, according to Alexander Beglov. Pulkovo Airport temporarily restricted operations for safety. The damage also threatened fuel handling and logistics, showing how attacks on industrial sites can create effects beyond the immediate blast area.

Oil terminals, refineries, depots, warehouses and power infrastructure connect production with everyday life. They store, process or move fuel and supplies. Power facilities support homes, businesses, transport and industry. Striking them can interrupt military logistics while also creating economic pressure and civilian disruption.

Each site offers a different point of vulnerability. A refinery processes crude oil into usable fuels. A terminal transfers oil between transport systems. A depot stores fuel, while a warehouse holds goods. Power infrastructure distributes electricity. Fires or physical damage at one location can reduce capacity, delay deliveries or affect connected networks.

The St Petersburg attack reportedly set the Petersburg Oil Terminal and Ruchyi oil depot alight and struck an Ozon logistics centre. The wider article also describes attacks on substations in four Ukrainian regions. Both sides treat energy infrastructure as central targets, so these facilities are likely to remain important in the conflict.

Energy infrastructure supports transport, heating, factories, communications and homes. When it is attacked, the consequences can spread well beyond the damaged site. Fuel facilities may stop receiving, processing or storing supplies. Power systems may lose generating or distribution capacity. Fires, smoke and falling debris can also threaten nearby communities.

The St Petersburg strikes illustrate several effects. Fires were reported at the Petersburg Oil Terminal and Ruchyi oil depot. Pulkovo Airport temporarily restricted operations for safety. One person died and five were injured. In Ukraine, the article says Russian attacks on substations in four regions left tens of thousands of families without power.

These attacks can produce immediate danger and longer disruptions to daily life and industry. They also deepen pressure on governments during wartime. The continuing exchange suggests energy networks will remain exposed, with fuel supplies, electricity and civilian safety all tied to the conflict’s next developments.

The proposed “energy ceasefire” was an understanding to stop attacks on energy infrastructure. It followed Donald Trump’s declaration on 11 October. The idea mattered because refineries, terminals, substations and power grids are vital to both countries and directly affect civilians. Protecting them could have reduced fires, outages and fuel disruption.

The arrangement was never formally confirmed by either side. President Volodymyr Zelensky later announced that Ukraine would resume attacks on Russian oil refineries after briefly suspending them. He accused Russia of carrying out 76 attacks on Ukraine’s energy infrastructure during the following week, including strikes on substations in four regions.

The reported St Petersburg strikes show that the pause did not end the energy battle. Mutual accusations and continuing attacks pushed both sides back toward targeting fuel and power systems. The article indicates that the struggle will continue, with energy infrastructure remaining central to the war and future ceasefire claims difficult to sustain.

An oil refinery is an industrial plant that processes crude oil into products such as petrol, diesel and other fuels. An oil terminal is a transfer hub where oil arrives, departs or moves between pipelines, ships, trains and trucks. An oil depot is a storage site that holds fuel before distribution. They perform different jobs in one supply chain.

The chain works through linked stages. Crude oil reaches a terminal, moves to a refinery for processing, and finished fuel may return through a terminal before being stored in a depot. From storage, it can be delivered to users. Damage at any stage can slow or interrupt supplies. The article reports fires at both a terminal and depot in St Petersburg.

These facilities are essential because modern transport, industry and logistics depend on reliable fuel. Refineries create usable products, terminals move them and depots provide reserves and local distribution. That importance also makes them strategic wartime targets, alongside power grids and warehouses.