Ukraine Just Struck So Deep… Russia Has Nowhere Left to Hide Its Bombers
In the early hours of August 28, a small formation of Ukrainian drones flew roughly 800 kilometers into Russian territory, slipped past a national air defense network built to guard against exactly this kind of attack, and found what it came for: a Tu-95MS strategic bomber sitting exposed on the tarmac at Engels-2 airbase in Russia’s Saratov region. When the strike was over, satellite imagery showed the bomber’s right wing torn open, part of it sheared off entirely. Ukrainian President Volodymyr Zelensky confirmed the operation was carried out by the Alpha unit of Ukraine’s Security Service, the SBU — the same elite team responsible for a similar strike on the same airfield just six weeks earlier. Analysts studying the damage concluded the aircraft is almost certainly beyond repair. For a country that stopped building this particular bomber more than three decades ago, that judgment amounts to something close to a permanent loss.
This wasn’t a one-off strike, and it wasn’t lucky. It was the second time in six weeks that Ukraine has reached into Engels-2 and disabled one of Russia’s most valuable aircraft, and it fits inside a much longer campaign that has been quietly grinding down Russia’s strategic bomber fleet for more than a year. Taken together, these strikes are forcing Moscow into a strategic dilemma it cannot cleanly solve: keep its remaining bombers close to the front and within reach of Ukrainian drones, or move them thousands of miles east to safety and destroy them slowly through exhaustion instead.
A Base Russia Cannot Do Without
Engels-2 sits only 600 to 800 kilometers from the Ukrainian border, but its value to Russia has nothing to do with proximity for its own sake. It is the best-equipped, most important launch hub for Russia’s strategic aviation on its European flank — the place where Tu-95MS and Tu-160 bombers refuel, load Kh-101 cruise missiles onto their pylons and internal rotary launchers, undergo maintenance, and prepare for missions against Ukrainian cities. The base hosts two heavy bomber regiments and the specialists who keep Russia’s long-range missile campaign running. There is no way around it: any bomber that wants to strike Ukraine and return home in a reasonable amount of time has to pass through a facility like this one, and Engels-2 is the most important such facility Russia has.
Moscow has known for a while that this makes the base a target. After a wave of Ukrainian drone attacks in 2025, Russia’s Defense Ministry approved plans for at least 17 large reinforced hangars at Engels-2, each roughly 65 by 60 meters, equipped with automatic fire-suppression systems and designed to shelter up to 18 Tu-160 bombers and dozens of Tu-95MS aircraft — enough, in theory, to hide close to a quarter of Russia’s entire strategic bomber fleet behind steel and concrete. Construction has moved slowly. As of the August 28 strike, the shelters remained unfinished, and Russia’s most valuable aircraft continued sitting exposed on open tarmac between missions, precisely where Ukrainian drones could find them.
A Pattern, Not an Accident
The August strike was not the first time Ukraine has caught a Tu-95MS unprotected at Engels. On the night of July 16 into 17, the same SBU unit destroyed the tail section of another Tu-95MS at the base, rendering it unrepairable. Ukrainian defense intelligence had reportedly been tracking Russia’s routines for months, studying which bases the bombers couldn’t avoid and where Russia’s logistics left no real alternative. That patience paid off. Analysts monitoring the airfield’s satellite imagery in the days before the August 28 strike had already identified two Tu-160 bombers and two additional, previously damaged Tu-95MS aircraft sitting unprotected on the platform — a snapshot of exactly how exposed Russia’s most prized aircraft had become while the promised shelters remained half-built.
The economics of these strikes are brutally lopsided in Ukraine’s favor. According to reporting on the operation, the drone used in the August 28 attack cost around $48,000 to build. The aircraft it disabled is a piece of Cold War engineering nearly 50 meters across, powered by four enormous Kuznetsov NK-12MP turboprop engines and capable of carrying nuclear or conventional cruise missiles thousands of kilometers — a machine whose production line closed in the early 1990s and cannot be restarted. Intercepting an incoming Russian cruise missile with a Patriot battery can cost a multimillion-dollar interceptor. Destroying the bomber that would have launched that missile, before it ever takes off, is a far cheaper way to remove the threat at its source — and unlike an intercepted missile, a destroyed bomber cannot be replaced with a new production run.
A Shrinking, Aging Fleet
The cumulative toll is now visible in Russia’s own numbers. Ukrainian defense intelligence assessed that Russia had roughly 38 combat-ready Tu-95MS bombers as of late August, down from an estimated 60 at the start of the full-scale invasion in 2022. After the August 28 strike, analysts put that figure at around 37. Ukraine has also destroyed at least 11 Tu-95MS and seven Tu-22M3 bombers in total since the war began, according to tracking by open-source monitors, with Operation Spiderweb — Ukraine’s coordinated drone assault on multiple Russian airbases in June 2025 — alone accounting for roughly a dozen aircraft destroyed in a single day.
Those figures likely overstate how many bombers Russia can actually fly on any given mission. Aviation analysts following the fleet’s condition have suggested Russia may be regularly operating only a fraction of its listed inventory, with a meaningful number of aircraft grounded by metal fatigue and a lack of spare parts, some kept in hangars purely as sources of parts to keep other bombers airborne. Because the Tu-95’s production tooling was dismantled decades ago at the Aviacor plant in Samara, Russia’s only real options for sustaining the fleet are salvaging parts from wrecks, cannibalizing damaged airframes, or attempting field repairs. Building a new one from scratch simply isn’t on the table.
Running East, Running Ragged
Faced with a fleet it can’t replace, Russia has tried to solve the exposure problem geographically, dispersing much of its long-range bomber force to permanent bases in the Far East — including Ukrainka in the Amur region, and even further outposts at Anadyr in Chukotka and Yelizovo in Kamchatka, both far enough from Ukraine to sit outside drone range entirely. But that solution creates a different, slower kind of damage. A bomber flying a mission from Ukrainka against a target in Ukraine and back again covers something on the order of 12,000 kilometers round trip, requiring stops at forward bases like Engels-2 or Olenya to refuel, load missiles, and undergo technical checks before launch — checks that require specialized cranes and ground crews not available at every remote airstrip. That round trip can mean roughly 23 hours of continuous flight, pushing aging airframes and engines rated for only about 5,000 total operating hours toward their limits far faster than a shorter-range mission would. Analysts estimate the operating cost of a single sortie has climbed from roughly $100,000 to as much as $500,000 once the extra fuel, wear, and tanker support are factored in, and reports of mechanical failures — jammed launch mechanisms, aborted takeoffs — have become more frequent as the fleet is pushed harder over greater distances.
That leaves Russian planners with no clean answer. Keep the bombers far to the east, and they burn through irreplaceable airframe and engine life on marathon missions that stress crews and machinery alike. Bring them back to Engels-2 or Olenya, where the missiles, fuel, and technical support actually exist, and they sit exposed on open tarmac for hours at a time — squarely within reach of exactly the kind of long-range drone that has already claimed two of these bombers in the span of six weeks.
A Fortress of Distance, Now a Trap
For most of the Cold War, the sheer scale of Russian and Soviet territory was itself a form of defense — an ocean of steppe, forest, and Arctic tundra that kept the aircraft carrying the airborne leg of the nuclear triad functionally out of reach. What the strikes on Engels-2 have exposed is that this old protection no longer holds the way it once did. A $48,000 drone, guided low over hostile terrain and built to survive Russian jamming, doesn’t need to defeat an entire air-defense network to succeed. It only needs to survive long enough to find one irreplaceable aircraft sitting still. Twice in six weeks, that’s exactly what happened. The distance that once shielded Russia’s most powerful weapons has become, in the words circulating among analysts watching this campaign closely, less of a wall and more of a trap — one that catches the bombers no matter which direction Moscow decides to send them.
