Why are Iranian Ballistic Missiles always Blindingly WHITE? #war #military

Blindingly White: The Thermodynamics Behind Iran's Ballistic Missiles

The greatest physical weakness of any ballistic missile is its critical vulnerability to heat. In the desert sun, a dark metal hull will instantly heat up to over 160°F (70°C). At this extreme temperature, the chemical structure of the solid rocket propellant heavily degrades. Overheated fuel burns unevenly, causing the entire missile to catastrophically detonate right on the launch pad.

Western militaries solve this problem using million-dollar mobile climate control units and temperature-regulated hangars. Iranian mobile launch crews lack this luxury, often setting up their launchers directly in the bare, scorched desert.

To protect the payload and the missile's integrity, engineers simply weaponized the most basic passive thermodynamics. Glossy white paint acts as a flawless shield, reflecting up to 90% of incoming solar radiation. As a result, internal temperatures remain perfectly stable even after hours of combat-ready waiting under the brutal sun.