Deep strike just dropped an order of magnitude in price

Attritional deep strike just got an order of magnitude cheaper. The hardware has not changed. The arithmetic has, because terminal guidance removes the human from the loop and reframes the cost question from per-shot to per-software-update. Defense ministries are now buying precision by the airframe, not by the rocket.

TechRadar's 10 July reporting on the Vyriy 15 shows the bend. The Fourth Law's TFL-1 module lets a $500 quadcopter fly 110 kilometers to a Russian logistics target without a close-in pilot or a relay. The strike is being framed as a range record. The procurement story is the bigger one. American fixed-wing FPVs such as the Hornet run roughly $5,000 a unit, about ten times the Vyriy 15. HIMARS GMLRS rounds cost more per shot than a squad of these drones. When a $500 quadcopter reaches 68 miles with software-locked accuracy, the arithmetic that justified precision weapons stops holding.

The mechanism generalizes. Bolt a small AI guidance model onto any attritable airframe, and the operator leaves the loop. The strike is then bounded by the airframe's range, not the human's attention. Procurement, escalation, and proliferation math all bend the same way.

The countervailing move runs on the same clock. Russian electronic-warfare suites jam control links; AI guidance narrows the kill chain that EW can attack. The next six to twelve months show whether EW keeps pace or the cost curve keeps bending.