The night of October 17–18, 2026, Ukraine faced 180 attack drones and one ballistic missile — and downed 152 of the drones. A good night. Here is what the arithmetic underneath it does to the defender.
It’s not a missile weapon. It’s an energy weapon.
You’ll never get those two to equal out.
A missile carries its cost with it and dies spending it. An energy weapon stays home, plugged into the grid — the shot is just the electric bill.
Interceptor cost — estimate Mode A charges a blended $400K per missile-class intercept. Real systems range from roughly $100K to $4M per shot; every figure on this page is an estimate band, not a price list.
Attack cost — estimate Each Shahed-type drone is costed at ≈$35K. The full wave of 180 is a ≈$6.3M attack — before the one Iskander-M, which is not part of the drone exchange.
Grid mode — the energy math Energy per kill is on the order of a kettle boil, ~0.03–0.1 kWh. Peak draw while firing is neighborhood-scale, a few hundred kW. The weapon is the grid connection, not the shot — so the defense counter moves in dollars, not thousands.
Why the magazine matters In Mode A the launchers hold 48 interceptors. When the magazine empties, the sky is open until the reload finishes — watch the leaked count climb in those windows. That, not accuracy, is where the 28 got through.
Scenario and recorded result: Ukrainian Air Force reporting for the night of October 17–18, 2026 — 180 attack drones and one Iskander-M ballistic missile inbound; 152 drones downed or suppressed (84%), 28 leaked through, strikes recorded at 20 locations. The simulation compresses the night into about ninety seconds and arranges the engagement to land on that recorded result; Mode B runs the same 180-drone wave against the field.