Witnesses reported what appeared to be a missile strike, but physical laws do not easily lend themselves to deception.

The Florida plane crash, with minimal surface debris, has raised numerous questions.

In fact, impacts characterized by near-vertical dives share common physical traits: immense kinetic energy compresses the aircraft like an accordion, folding it into itself and embedding it deep underground.

A multi-ton aircraft striking the ground at such speed and angle behaves under physical laws fundamentally different from those in a controlled landing.

First, there is the "impact crater effect."

The aircraft does not skid or fragment across the impact site; instead, the fuselage, cockpit, and heavy engines are directly swallowed into the crater, concentrated within the impact zone.

Second, the collision instantaneously ruptures fuel tanks, triggering a powerful explosive fireball.

Extreme heat and pressure rapidly consume lighter materials—such as aluminum panels, fiberglass, and interior cabin components—leaving little to no identifiable wreckage behind.

Witness accounts describe the event as resembling a missile strike.

In reality, this is typical of high-speed dive accidents: debris fields do not vanish, but are either buried deep underground or vaporized entirely in the initial explosion, leaving no trace.

Original source: toutiao.com/article/1876090617794633/

Disclaimer: This article reflects the personal views of the author.