How a Cruise Missile Finds a Single Window From 1,000 Miles Away

A Tomahawk cruise missile is launched from a warship in the Mediterranean. Its target is a single window on the third floor of a building in Baghdad. It will travel 1,000 miles at 550 miles per hour flying at 100 feet above the terrain for two hours. And it will hit that window.
This video breaks down the exact three navigation systems that make that precision possible — TERCOM terrain contour matching, GPS mid-course correction architecture, and DSMAC infrared terminal guidance seeker. Each one solving a different navigation problem. Each one covering the failure modes of the others.
This is not a weapons history lesson. This is a systems analysis.
Tactical Ledger examines the precise mechanics behind military hardware. Every video focuses strictly on the How and the Why.
CHAPTERS:
0:00 — One Window. One Thousand Miles.
0:15 — The Navigation Problem No Single System Can Solve
1:30 — TERCOM — How the Missile Reads the Landscape
3:00 — GPS Mid-Course Correction and Electronic Warfare Resistance
5:00 — DSMAC — How the Missile Finds the Window
6:30 — Operation Desert Storm — 51 Out of 52
7:30 — Final Systems Analysis

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Видео How a Cruise Missile Finds a Single Window From 1,000 Miles Away канала Tactical Ledgerr