On the night of May 16–17, 2026, Ukraine launched its largest drone strike on the Moscow region in over a year — more than 500 long-range drones across more than a dozen Russian regions. One of the named targets was the Angstrem semiconductor plant in Zelenograd, a US-sanctioned facility that produces military-grade guidance microchips for Russia's cruise and ballistic missile programs. This video reconstructs a single thread of that night: how one cheap FP-1 Firepoint strike drone reached a chip plant outside Moscow by riding inside a swarm built to break the densest air-defense network on Earth.
We break down the combined-arms drone tactics on both sides: the jet-powered RS-1 Bars decoy that baits the S-400 and Pantsir batteries into revealing themselves, the BARS-SM Gladiator that homes on those radar emissions to suppress them, the unmanned interceptor layer Russia uses over the capital — missile-armed Geran-2 drones and ramming interceptors — and the find-fix-finish hunt for the mobile command posts running that interceptor network. The video explains why Russia leans on unmanned interceptors over Moscow during a swarm rather than risk manned aircraft, how Starlink's geofence forces the deep-strike drone to fly autonomously, why Moscow's GPS-spoofing bubble can't stop a drone that navigates by terrain matching, and how those guidance chips end up inside the missiles falling on Ukrainian cities.
This is modern drone warfare at its most layered — a $55,000 plywood drone, a swarm built to absorb a wall of fire, and a chip factory five hundred kilometers behind the front line.
#ukraine
#russia
#beyondmilitary
Credits:
https://docs.google.com/document/d/1v...
On the night of May 16–17, 2026, Ukraine launched its largest drone strike on the Moscow region in over a year — more than 500 long-range drones across more than a dozen Russian regions. One of the named targets was the Angstrem semiconductor plant in Zelenograd, a US-sanctioned facility that produces military-grade guidance microchips for Russia's cruise and ballistic missile programs. This video reconstructs a single thread of that night: how one cheap FP-1 Firepoint strike drone reached a chip plant outside Moscow by riding inside a swarm built to break the densest air-defense network on Earth.
We break down the combined-arms drone tactics on both sides: the jet-powered RS-1 Bars decoy that baits the S-400 and Pantsir batteries into revealing themselves, the BARS-SM Gladiator that homes on those radar emissions to suppress them, the unmanned interceptor layer Russia uses over the capital — missile-armed Geran-2 drones and ramming interceptors — and the find-fix-finish hunt for the mobile command posts running that interceptor network. The video explains why Russia leans on unmanned interceptors over Moscow during a swarm rather than risk manned aircraft, how Starlink's geofence forces the deep-strike drone to fly autonomously, why Moscow's GPS-spoofing bubble can't stop a drone that navigates by terrain matching, and how those guidance chips end up inside the missiles falling on Ukrainian cities.
This is modern drone warfare at its most layered — a $55,000 plywood drone, a swarm built to absorb a wall of fire, and a chip factory five hundred kilometers behind the front line.
#ukraine
#russia
#beyondmilitary
Credits:
https://docs.google.com/document/d/1v...