A missile reentering the atmosphere generates enough heat to glow like a star
When ballistic missiles plummet back toward Earth at hypersonic speeds, atmospheric friction generates temperatures exceeding 3,000 degrees Fahrenheit, causing the projectile to emit a brilliant, star-like glow visible to orbital sensors.
As a ballistic missile reenters the atmosphere, it transforms into a searing streak of light. Traveling at speeds over 3,000 miles per hour, the missile encounters intense air resistance that converts kinetic energy into massive thermal energy. This process heats the air around the nose cone to more than 3,000 degrees Fahrenheit, creating a distinct infrared signature that allows satellite constellations to track the weapon's descent from space.
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