Transcription
At 0712 local time, a mission controller in a bunker outside Pava watches 18 green dots cross a border marker. Steady course, steady speed. 800 km of Russia sit between those dots and Chidapovitz, as roughly the distance from New York to Detroit. A top feeder of Russian artillery shell production.
Unknown to him, a Tour M2 battery 30 km ahead is stopped searching, locked, and fired. And the interceptors are 35 seconds out. The missiles scream off the rails at three times the speed of sound. Both connect. Fiberglass confetti rains across the forest outside Zukovka. Two drones scratched. 16 pushing northeast.
If you look here at what just engaged the formation, the 9 M38 is a bouncer at the door of Russia's air defense club. Mach 3 out of the tube. 15 km reach, built to kill cruise missiles in the last 30 seconds of their run. Each one costs about the price of a new luxury SUV. The tour just spent two of them on drones that cost $55,000 a piece. Fiberglass and composite strike airframes from the Firepoint. One electric motor, GPS, and inertial nav, a warhead in the nose. A paper airplane with a travel plan built to be lost.
The Russian crews know the trade is bad. They also know the next crew down the line may not get to shoot at all. The controller in Pava watches the two dots wink out. He was told at the briefing to expect to lose four in the first hour. Two down at minute 12 is ahead of schedule. The two that just went down were call signs Anvil04 and Anvil09. Of the 18 airframes that cross the border, 12 are flying under the call sign Anvil. The firepoint drones the tour just shot at. The other six are call sign Hammer Luty long-range strike drones. 75 kg of high explosive in the nose. $200 grand per unit. The controller has 10 anvils and six hammers left.
At Barance sector command, the duty officer takes the call and already knows the pattern. Swarm low, heading deeper than his batteries can reach. The onboard targeting system on each drone only knows the next waypoint. Nevertheless, so nothing recovered from a downed airframe will tell him where the information is ultimately going. He picks up a different phone and dials Kotillovo Air Base, 500 km north.
The Alert 5 regiment flies MiG31 BMS. Scrambling a MiG 31 to chase a plywood drone is the kind of math that keeps Russian logistics officers awake at night. The jet burns $20,000 of fuel per hour to catch something that costs less than a mid-range sedan. They scramble anyway because if they don't and the flock reaches whatever it's aimed at, the officer who didn't scramble is the one sitting across the table in Moscow next week. Call sign coron 71 is wheels up in under four minutes. 46 tons of fighter claws through 7,500 meters and accelerates to Mach 1.4 inside 2 minutes, roughly New York to Philadelphia in 4 minutes, and points its nose at 16 drones whose top speed is slower than highway traffic.
The Zazzlon AM radar paints the sector at full power. Nothing else strapped to a fighter outputs that kind of raw wattage. 50 km ahead of the MiG, 10 anvils and six hammers are now sitting inside the brightest radar beam in the Russian Air Force with no countermeasures, no maneuverability, no chance of outrunning anything that gets fired at them. They are flying straight and level at 170 kmh because that's the only thing they know how to do. If the Russian R77 works, the formation dies in the next 90 seconds.
The pilot has run this intercept a 100 times in the simulator against Tomahawks, against Jamms, against F-16s at Mach 0.9. Never against anything this slow. He throttles back. The first counterintuitive move of his career, descends to 3,000 m to flatten his look down angle, sets up head-on, locks the lead drone, and fires. At the 18-second mark, the R77's onboard radar takes one good look at its target and rejects it. The Doppler filter writes the drone off as ground clutter and shuts itself off. The missile buries itself in a forest outside Tir. $500,000 of Russian missile now kindling what it was.
The R77M, NATO call sign AA12 Adder. Russia's primary beyond visual range air-to-air missile. 90 kg active radar seeker that hunts by broadcasting a signal and listening for the return. Shouting into a dark room and waiting for an echo. Effective range 110 km. Built to destroy F-16s and B-52s from the other side of the horizon. The most technically capable weapon on the Corsion 71's bay. It had one way to fail. It found it.
Sending a Mach 3 interceptor after a plywood drone is sending a NASCAR driver to chase down a kid on a tricycle and somehow losing. If you look here at why a Mach 3 interceptor carrying a half million missile just failed to bring down a plywood drone, the answer is Doppler. Every radar-guided missile uses a pulse Doppler seeker that tracks a target by how the radar echo shifts as the target moves. A fighter at Mach 1 gives a huge Doppler return. A drone at 170 kmh gives almost none. The filter deliberately rejects anything moving slower than about 100 knots because at those speeds, everything looks like ground clutter. It's the difference between tracking a race car on a highway and tracking a bicycle on the same highway. The bicycle is the background and the missile filters it out the same way your brain does.
The pilot does the math. He has four missiles left and 16 targets. Even if the next R77 somehow worked, and he now has no reason to believe it will, he still doesn't have enough missiles for the flock. He takes one more shot from a rear quarter aspect, gets the same mid-flight rejection and radio sector command. Missiles expended, no effect, requesting a tanker. 16 drones flew through the engagement envelope of Russia's premium interceptor and came out on the other side because they were too slow to be seen.
In Pava, the controller exhales for the first time in 9 minutes. The MiG's track peels west off his scope. That was the interceptor that could have caught them. 16 drones heading northeast. Russia's premium fighter just spent a million dollars in missiles and connected on none of them. Next in the flock's way is a defensive layer that cost Russia several billion dollars. And the man in the trailer has a decision to make.
3 hours in, an S400 Triumph battery on Moscow's outer ring paints all 16 remaining drones on its 91 N6E Big Bird radar at 152 km. The battery commander watches them march across his scope. Every protocol he has ever been trained on says engage a hostile formation inside 400 km. He does not lift the handset. What he doesn't know is that holding his fire just handed Ukraine one gift the rest of the defensive ring couldn't give them. A 300 km corridor into the heart of European Russia.
If you look here at what just refused to fire, the S400 is the crown jewel of the Russian air defense inventory. 400 km range, Mach 14 interceptors built to shoot down F-35s and ballistic warheads at the edge of space. Its 40 N6 missiles cost roughly $4 million each. That's a Manhattan house with a luxury car parked in the driveway. But the commander's real problem isn't cost, it's his magazine. Each launch vehicle carries four missiles. If he burns them on the flock and the Storm Shadow comes up behind it, something that actually needs a $4 million interceptor, he won't have anything left to shoot. He watches the scope for 6 minutes. The contacts fade off the east side. He writes the time stamp in his log and hopes someone else's battery has the ammunition for what's coming.
The controller in Pontava watches 16 dots cross the inner threat ring untouched. On paper, this is a miracle. In practice, it's a trap. Every GPS receiver in the formation goes dark at the same instant. Not one drone, all 16. The Pole 21 network just flooded the sky with noise on every frequency the satellites used to talk to the ground.
If you look here at what the Pole 21 just did, it flooded the sky with noise on the exact frequencies GPS satellites used to talk to receivers on the ground. Cell tower mounted, networked, hundreds of units coordinating at once. A single Pole 21 covers an area the size of a small city. Dozens of them overlap to cover the entire airspace between the border and Moscow. The satellites are still up there, still broadcasting, but the noise on the ground is so loud the receivers can't hear them. Like jamming a phone call by holding a blowtorch against the microphone. Frequency hopping won't save you because every band is flooded at once. This is the layer Russia built after 18 months of watching Ukrainian drones fly on GPS correction. It was supposed to be the wall that stopped everything.
In Pava, the controller watches his entire formation go blind in real time. The course bars on 10 drones start to wobble. Their inertial compasses are guessing now. Dead reckoning, flying on memory alone, like driving toward a city you've never seen with nothing but a compass and the last direction you were pointed before someone cut the signal. Two of those 10 begin to drift. One of the drifters curves slowly into a forest outside RV and detonates against a pine tree. $55,000 of drone killed by a tree that was minding its own business. A second drifts into a field and goes silent.
The controller has prepared for this moment for 2 years and he still has to remind himself to breathe. He's looking for six specific dots in the formation. The six that are supposed to not wobble. The six the entire mission is built around. If they wobble, the strike is over. If they hold course, the strike is alive. Six dots hold course. The other eight blind drones are dead reckoning their way through the gap, holding within a kilometer or two of their planned course on inertia and the last known heading. They'll probably make it deeper. Nobody in Pava can guarantee for how long. But the six that matter are not guessing. They're reading the ground.
If you look here at the six dots that don't wobble, there's no obvious camera on the nose, but the lens is embedded behind a small dark panel. That is a Skynode S built by Ayion, a Swiss American autonomy firm whose camera navigation brain has quietly been landing on Russian infrastructure for 2 years. The six drones carrying it are Ukrainian-built Lutis, single pusher prop, 75 kg warhead, thousand kilometer reach, $200 grand a copy. Before takeoff, Ukrainian engineers loaded each SkyNode with a visual map of the entire route, not a GPS track, pictures. The bend in the Volga outside Tir, the rail junction at Bolagoya, the forest edges north of Disney Bolichoke. Every 20 seconds, the nose camera compares what it sees against what the map says it should see and corrects. It's the difference between asking for directions and reading the street signs yourself. If somebody jams your phone, you're lost. If you can read signs, you don't care whether the phone works at all. The Pole 21 network flooding the sky right now is the electronic equivalent of cutting the phone line in a city where every Luty already has a paper map in the glove box. A piece of hardware that fits in a shoebox just made a jamming network that cost Russia hundreds of millions of dollars to operate completely irrelevant for the final 600 km of the flight.
In Paba, 14 dots hold course. Eight anvils are blind and lucky. Six hammers are seeing everything. Two drone types, one package. 15 km to go.
A Pancer SM battery in the gap corridor tower paints the formation at 24 km on its IRS23 radar. The battery commander has been staring at this sector for an hour. He's seen the Barans report. He's watched 16 contacts not disappear off anyone else's scope, and he knows exactly what that means. The flock is on a seeing system his jammers can't touch. It belongs to him now. He has a full magazine and 16 contacts on his scope. In theory, enough for three shots per drone with a reserve. In practice, his mini missiles have a 7 km effective envelope, and 170 km perph targets cross his engagement window in under 3 minutes. He gets one good salvo and one ragged follow-up. Miss on the first, and the drone is outside his envelope before he can reload. He fires at 18 km. A missile screams off the left rail, smaller than anything Pancer used to shoot. Half the length, a quarter of the weight. Flight time to the lead drone under nine seconds. Direct hit. The anvil disintegrates in mid-flight. Plywood and composite snowing across a field.
If you look here at what the Pancer SM just fired, until a year ago, every Pancer battery held 12 full-size 57 E6 interceptors. Russia watched 18 months of Ukrainian drone strikes burn through those magazines one for one against $55,000 drones and decided it needed a cheaper missile. The answer was the mini missile. Four tubes in the slot for each old one. One Paner SM now carries up to 48 mini missiles instead of 12 full size. Shorter range, about 7 km versus 20. Less punch but four times the magazine depth. Think of it as switching from a 12-gauge shotgun to a pellet gun. A lot less punch per shot, but you can fire four times as many before reloading, which matters when the thing you're shooting at shows up in flocks of 18. Each mini missile runs $30 to $50,000 against a $55,000 decoy drone. That's finally a trade Russia can afford if he shoots the right drones.
Two more missiles leave the same battery in the next 12 seconds. Two more drones down. The commander targets the front contacts. Standard doctrine. Closest first. A fourth, fifth, sixth, seventh come off the rail in 40 seconds. Three miss. The fourth detonates close enough to a trailing contact that fragmentation clips the wing. Slow flat spin. Impact in the forest. The commander looks at his scope and realizes two things at once. He spent seven mini missiles to kill four drones. And the four he killed are all from the front 12. The back six, the ones with the different telemetry signature, are still coming.
If you look here at what the pancer commander just figured out 12 seconds too late, Ukraine didn't just bring two drone types. Ukraine built the formation around the doctrine he was trained on. Front contacts first, closest threats prioritized. That's what every Pancer commander is taught from day one. It's also exactly what Ukraine was counting on. The anvils fly the front wave because Ukraine knew the pancer would shoot the front wave. The hammers walk in behind them because Ukraine knew that by the time the radar sorted out which contact carried the 75 kg warhead, those contacts would already be inside the back edge of the engagement window, the edge those mini missiles couldn't reach. Six hammers entered the pancer's airspace. Five came out on the other side, riding through a corridor the anvils paid for one mini missile at a time. Every anvil that detonated was a pancer mini missile that will not be available for the hammers behind it. $55,000 of plywood, trading itself for $50,000 of Russian interceptor and one slot in the corridor. The anvils are flying straight and holding formation because that's the job. The math only works if the hammers make it through. The anvils were never supposed to. He commits two more shots anyway. Nothing. 20 km from target. The Panzer commander has spent 14 missiles for four kills. 34 rounds left. Five hammers are still inbound with 75 kg each. The next battery corridor fired its shot 11 minutes ago.
Three simultaneous problems. One trajectory that isn't changing. 23 km from Cherry Pulviets, a last mobile group tries. A small airframe pops off a catapult rail in a wheat field. No missile smoke, just a sharp electric whine climbing hard on an electric motor. It closes on a trailing anvil at 200 kmh and rams it. The anvil cartwheels. The interceptor disintegrates on impact. That was a small catapult-launched interceptor drone. No warhead, just a dense nose and enough speed to smash into a slower target. AI-assisted visual tracking, a fraction of the cost of a pancer mini missile. A lawn dart with a guidance system, and a grudge. The Ukrainians are not the only side with cheap drones anymore. The Russians are learning, too. A second interceptor launches 2 seconds behind the first and glides off course into a forest. A third never gets off the rail. Haze lost visual.
In Pontava, the controller counts his screen. Nine dots, five hammers, four anvils, 15 km to target. Everything from here depends on what the hammers do in the next 60 seconds. 8 km out, the lead hammer's course bar on the controller screen shifts by half a degree, then another half. Then it locks onto a new heading. The other four hammers follow within seconds, each making its own correction toward a different angle of approach. The formation is no longer flying as one group. It's flying as five individual shooters, each committed to a specific piece of the plant. The SkyNode S on each hammer has stopped navigating and started hunting. Ground map mode off, target map mode on. Preloaded satellite imagery of Cheripovia's Azoth is now the reference file, and each drone is reading the specific rectangular footprint of ammonia 1's reactor column, the specific pipe cluster that identifies ammonia 2. Five shooters, five targets.
One anvil breaks from the formation on its older guidance system, drifts off its assigned target by maybe a 100 meters, and impacts directly on a metal lattice welded over the top of a large spherical tank on the north side of the complex. Short, bright flash, cloud of debris. No secondary explosion. The tank underneath is scorched, but intact. The Russians in the control room watching that sphere survive a direct hit probably think the cage just did its job. It did, just not the job they thought. Three years ago, Volagro welded those lattice frames over every liquid ammonia storage sphere at the Cherovvit's Azod. After a series of earlier strikes, Ukrainian targeting teams pulled the satellite imagery. During mission planning, every sphere wearing a cage was a hardened watch target. Every reactor column, every compressor hall, every substation sitting uncaged in the same frame was the opposite. Unprotected, unmonitored, and now exactly where five hammers were already pointed. Russia's anti-drone investment didn't protect the plant. It handed Ukraine the annotated target list.
Hammer one picks the ammonia 1 reactor column out of the satellite imagery loaded into its memory 2 days ago in a hanger outside Potava. The SkyNode confirms the match, pipe geometry, building footprint, angle of approach, and commits. No further course corrections needed. The drone has been flying 800 km to look at this exact rectangle. It dives. 75 kg of high explosive meets a column running at 200 bar of initial pressure. The column doesn't simply explode. It ruptures, vents, and catches. In that order, inside a tenth of a second. Every cubic meter of vented gas within 40 m ignites at once. A fireball climbs 300 m over gate number six and leaves a column of black smoke visible from orbit. That fireball was not the 75 kg warhead by itself. That was the plant finishing what the warhead started. 200 bars of internal pressure, 2900 PSI, ammonia, hydrogen, and superheated synthesis gas at full operating load hitting a reactor column like it's popping a pressure cooker full of gasoline on your stove top. The warhead does 10% of the work and the plant does the other 90. An hour ago, this column was producing 1,700 tons of ammonia per day. Right now, it's producing ash and shrapnel.
The next four hammers ran the same playbook on different targets. Each one reading its loaded imagery against the building it had been built to find. Hammer 2 matched the compressor hall of ammonia 2 against its map, confirmed, and dove into the heart of the second production line. Hammer 3 picked the ammonium nitrate building, the structure where the explosive filler for Russian artillery shells is mixed out of the imagery and committed nose down. Hammer 4 found the nitric acid plant on the second pass of its camera and went in. Hammer 5 had the longest patience of the five. It bypassed the obvious targets and ran for the electrical substation feeding the offline ammonia 3 unit so that even after Russia rebuilds, the power won't be ready to receive.
In the Cherapovia's industrial zone, two residents pull their phones the moment the networks come back up and post video of the smoke column. The next day, both will be summoned to a police station and made to apologize on camera on a state-run Telegram channel for footage of a strike their government will claim never happened. If you enjoyed this video, then watch this even bigger strike Ukraine did on Russia. Bye for now.